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[null,null,"This tab contains data for:",{"$f":"RIGHT(CELL(\"filename\",A1),LEN(CELL(\"filename\",A1))-FIND(\"]\",CELL(\"filename\",A1)))","v":"HVAC Inputs"}]
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["Each entry in the below table represents the inputs and assumptions for one particular energy efficiency measure included in the BTO Prioritization Tool analysis."]
[]
["Abbreviations: "]
["C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; HP: Heat Pump"]
[]
["Indexing #",null,"These columns describe the measure and its characteristics",{"$nulls":5},"These columns describe the market to which the measure is applied",null,null,"These columns describe the efficiency level of the measure",{"$nulls":4},"These columns contain the cost data for the measure and what it replaces in the market",{"$nulls":5},"These columns list sources and notes applicable to the measure"]
["Measure No.",null,"Description","Brief description","Component","Deployment Level (0-5)","Lifetime (years)",null,"Sector Targeted","Market Description",null,"Units of  Operation","Efficient Operation","Baseline Operation","Energy Savings (%) ",null,"Market Cost (as defined in the source)","Market Cost (per standard unit)","Market Cost (per efficient unit, at scale)","Incremental Measure Cost","Stock Unit Definition",null,"Source(s) Used","Relevant Notes"]
[142,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy displacement ventilation in new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Disp. Ventilation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":60},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A11,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total HVAC load in new commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.1},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M11-N11","v":0.1},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See pumps/fans"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":20},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Awbi, Energy Efficient Room Air Distribution ; Renewable Energy (15), 1998; Argon Air  \nPrimary Source: Goetzler, W., Zogg, R., Burgos, J., Hiraiwa, H. & Young, J. Energy Savings Potential and RD & D Opportunities for Commercial Building HVAC Systems. (2011)\nAwbi, Energy Efficient Room Air Distribution ; Renewable Energy (15)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Applies to new commercial buildings only; all HVAC \nAppendix B: Technical Energy-Savings Potential: 0.17 Quads ~10% system energy savings.\nCosts from Argon Air estimate to install in new building"}]
[90,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to include proper A/C sizing in commercial codes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Right sized AC"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A12,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial cooling"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.125},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M12-N12","v":0.125},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"-$10/kBtu/hr"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-0.42857142857142855},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 1 ton per 280 sq.ft."},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Drawn from residential  \nPrimary Source: Djunaedy, E., Van Den Wymelenberg, K., Acker, B., Thimmana, H. (n.d.). \"Oversizing of HVAC System: Signatures and Penalties. Energy and Buildings\" Energy and Buildings, In Press\nFlorida Solar Energy Center, \"Right-Size Heating and Cooling Equipment\", Department of Energy (2002)\nNREL Measure Database (for cost per unit capacity)\nOther Supporting Sources: Florida Solar Energy Center, \"Right-Size Heating and Cooling Equipment\", Department of Energy (2002)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Pg. 6: \"estimated an energy savings of 0.2% for every 1% reduction in oversizing\"\nPg 1: \"One Florida study showed a typical 9 percent increase in annual space cooling electricity usage for units that were oversized by 50 percent or more;nearly 40 percent of contractors indicated that they purposefully over-sized equipment\",\nAssume 50% oversizing on average for cooling, 25% for heating"}]
[140,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy chilled beams for heating and cooling in new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Chilled Beams"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":60},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A13,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total commercial heating and cooling in new buildings, except two coldest climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.2,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$8/sq.ft."},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-1},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 150 BTU/h/sq.ft"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Roth, K., John, D., Zogg, R. & Brodrcik, J. Chilled Beam Cooling. ASHRAE Journal 84-86 (2007)\nSachs, H..; Lin, W.; Lowenberger, A.; \"Emerging Energy Savings HVAC Technologies and Practices for the Buildings Sector\"; ACEEE (2009)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Savings in building Vent, height can offset cost, assumed typical cost for 150 BTU/h @~$33/kBTU/h \nAppendix B: \"a chiller dedicated for chilled beam cooling has a lower temperature lift and operates at a 15% to 20% higher efficiency than for an conventional system\"\nMultiple sources provide 20% savings estimate; currently avilable technology provides price estimate at -$1/sq ft +/- $3/sqft"}]
[125,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reduce over sizing in home heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Right Sized Heater"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A14,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential heating energy consumption"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.05},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.05,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":-100},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-100},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"SWAG  \nPrimary Source: Djunaedy, E., Van Den Wymelenberg, K., Acker, B., Thimmana, H. (n.d.). \"Oversizing of HVAC System: Signatures and Penalties. Energy and Buildings\" Energy and Buildings, In Press\nFlorida Solar Energy Center, \"Right-Size Heating and Cooling Equipment\", Department of Energy (2002)\nNREL Measure Database (for cost per unit capacity)\nOther Supporting Sources: Choi-Granade et. Al.; \"Unlocking Energy Efficiency in the U.S. Economy\"; McKinsey & Company (2009) "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Pg. 6: \"estimated an energy savings of 0.2% for every 1% reduction in oversizing\"\nPg 1: \"One Florida study showed a typical 9 percent increase in annual space cooling electricity usage for units that were oversized by 50 percent or more;nearly 40 percent of contractors indicated that they purposefully over-sized equipment\",\nAssume 50% oversizing on average for cooling, 25% for heating"}]
[89,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to include proper A/C sizing in residential codes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Right sized AC"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A15,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All Cooling, other than room A/C"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.125},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.125,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"-$10/kBtu/hr"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":-180},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-180},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home, 3 tons of cooling"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"McKinsey report; benefit halved to reflect re world usage  \nPrimary Source: Djunaedy, E., Van Den Wymelenberg, K., Acker, B., Thimmana, H. (n.d.). \"Oversizing of HVAC System: Signatures and Penalties. Energy and Buildings\" Energy and Buildings, In Press\nFlorida Solar Energy Center, \"Right-Size Heating and Cooling Equipment\", Department of Energy (2002)\nNREL Measure Database (for cost per unit capacity)\nOther Supporting Sources: Choi-Granade et. Al.; \"Unlocking Energy Efficiency in the U.S. Economy\"; McKinsey & Company (2009) "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Pg. 6: \"estimated an energy savings of 0.2% for every 1% reduction in oversizing\"\nPg 1: \"One Florida study showed a typical 9 percent increase in annual space cooling electricity usage for units that were oversized by 50 percent or more;nearly 40 percent of contractors indicated that they purposefully over-sized equipment\",\nAssume 50% oversizing on average for cooling, 25% for heating"}]
[126,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reduce over sizing in commercial heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Right Sized Heater"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A16,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial heating"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.05},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.05,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"-$10/kBtu/hr"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":-0.08},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-0.08},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"McKinsey report (based on residential)  \nPrimary Source: Djunaedy, E., Van Den Wymelenberg, K., Acker, B., Thimmana, H. (n.d.). \"Oversizing of HVAC System: Signatures and Penalties. Energy and Buildings\" Energy and Buildings, In Press\nFlorida Solar Energy Center, \"Right-Size Heating and Cooling Equipment\", Department of Energy (2002)\nNREL Measure Database (for cost per unit capacity)\nOther Supporting Sources: Choi-Granade et. Al.; \"Unlocking Energy Efficiency in the U.S. Economy\"; McKinsey & Company (2009) "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Negative initial cost as smaller unit, assumes peak/average heating of 3:1, 1.9 Quads/year, 80 B sq.ft. \nAppendix B: Pg. 6: \"estimated an energy savings of 0.2% for every 1% reduction in oversizing\"\nPg 1: \"One Florida study showed a typical 9 percent increase in annual space cooling electricity usage for units that were oversized by 50 percent or more;nearly 40 percent of contractors indicated that they purposefully over-sized equipment\",\nAssume 50% oversizing on average for cooling, 25% for heating"}]
[275,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy restructured fume hoods with reduced air flow in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Fume Hood Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A17,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by fume hoods"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.5,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX 2010; LBNL 2003 (pg 7-8)  \nPrimary Source: Mckenney, K., Guernsey, M., Ponoum, R. & Rosenfeld, J. Commercial Miscellaneous Electric Loads: Energy Consumption Characterization and Savings Potential in 2008 by Building Type. Energy 244 (2010).\nOther Supporting Sources: Cost data are from google searches of commercially available appliances"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Page 5-45: Table 9"}]
[157,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize improved duct routing in commercial codes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Duct Routing (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Distribution"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":60},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A18,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All furnaces and A/C heating and cooling (i.e., ducts) in new commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Duct efficiency"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.8},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.67},{"$f":"1-N18/M18","v":0.16249999999999998},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":0},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"BTP Technology Fact Sheet  \nPrimary Source: Southface Energy Institute, FEMP Technology Alert: Air Distribution System Design, 2003"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Southface: \"The efficiency of air distribution systems has been found to be 60-75% or less; Properly designed and installed duct systems can have efficiencies of 80% or more for little or no additional cost.\" Savings estimate is 16%=1-0.675/0.8"}]
[162,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize variable air volume (VAV) ventilation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Move from CAV to VAV"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A19,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All constant air volume (CAV) ventilation in all commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.25,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":400},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.26666666666666666},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"http://www.epa.gov/iaq/largebldgs/i-beam/text/hvac.html#F6.1, EIA  \nPrimary Source: Directly calcualted from NEMS detailed data tables"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Directly calcualted from NEMS detailed data tables"}]
[637,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Residential dehumidifers (packaged)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Dehumidifier"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A20,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total electricity consumption by residential dehumidifiers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.15},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.15,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Can't find any non-energy star models any more!"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":229.95},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":229.95},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit; 70 pint/day capacity"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"ENERGY STAR. (n.d.). Dehumidifiers for Consumers. Retrieved from Products: http://www.energystar.gov/index.cfm?fuseaction=find_a_product.showProductGroup&pgw_code=DE"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: \"Dehumidifiers that have earned the ENERGY STAR are 15% more efficient than non-qualified models.\" and cost is from the savings calculator"}]
[71,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy advanced liquid desiccant A/C (e.g., DeVAP, DuCool) in homes in humid climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: DEVAP, humid climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A21,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential central cooling in humid climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":-1.0529999999999999},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},-1.0529999999999999,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Either NREL estimte of $6,950 or  NREL materials of $2900+30% + 2080 installation + 30 ft of plumbing at $20/ft; UPDATE:  Equipment cost of baseline DX system in non-hot/dry climate is $2600; DEVap equipment cost estimate is $8100"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":2600},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":8100},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":5500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home, 3 ton unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Kozubal, E.; Woods, J.; Judkoff, R.; \"Development and Analysis of Desiccant Enhanced Evaporative Air Conditioner Prototype\"; NREL, 2012. http://www.nrel.gov/docs/fy12osti/54755.pdf\nKozubal, E. et. al.; \"Desiccant Enhanced Evaporative Air-Conditioning (DEVap): Evaluation of a New Concept in Ultra Efficient Air Conditioning\"; NREL, 2011. http://www.nrel.gov/docs/fy11osti/49722.pdf;  NCI Internal DeVAP Report\nCost (listed value is not consistent with this source: \"Rooftop units using DEVAP design are initially expected to cost ~30% more than competing models.\" Kozubal. NREL. July 2 2012. http://www.nrel.gov/docs/fy12osti/55740.pdf "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: MTAB, NREL website, DuCool?AdvantixSystems website; Assume households need both CAC and NG to be suitable for DEVap \nAppendix B: \"Modeling at NREL has shown that the yearly combined source energy for the thermal and electrical energy required to operate DEVap is expected to be 30%–90% less than state-of-the-art direct expansion cooling (depending on whether it is applied in a humid or a dry climate)\", NREL research team performed climate and sector specific calculations"}]
[72,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy advanced liquid desiccant A/C (e.g., DeVAP, DuCool) in commercial buildings in humid climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: DEVAP, humid climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A22,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total cooling in  humid climates by all commercial RTUs"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":-0.44240000000000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},-0.44240000000000002,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"10 ton unit costed by NREL at $8,100 material + markup and business expense;  UPDATE BASED ON NCI REPORT:  End User Equipment Cost of Baseline DX rooftop unit is $9300; DEVap manufacturer cost estimate: (100k units/yr) $12,000, (1k units/yr) $19,000"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":9300},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":19000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1.6166666666666667},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 1 ton per 280 sq.ft."},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Kozubal, E.; Woods, J.; Judkoff, R.; \"Development and Analysis of Desiccant Enhanced Evaporative Air Conditioner Prototype\"; NREL, 2012. http://www.nrel.gov/docs/fy12osti/54755.pdf\nKozubal, E. et. al.; \"Desiccant Enhanced Evaporative Air-Conditioning (DEVap): Evaluation of a New Concept in Ultra Efficient Air Conditioning\"; NREL, 2011. http://www.nrel.gov/docs/fy11osti/49722.pdf;  NCI Internal DeVAP Report\nCost (listed value is not consistent with this source: \"Rooftop units using DEVAP design are initially expected to cost ~30% more than competing models.\" Kozubal. NREL. July 2 2012. http://www.nrel.gov/docs/fy12osti/55740.pdf "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: MTAB, NREL website, DuCool?AdvantixSystems website \nAppendix B: \"Modeling at NREL has shown that the yearly combined source energy for the thermal and electrical energy required to operate DEVap is expected to be 30%–90% less than state-of-the-art direct expansion cooling (depending on whether it is applied in a humid or a dry climate)\",\nNREL research team performed climate and sector specific calculations"}]
[80,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy filters with lower pressure drop in homes with central air systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Low ΔP Air Filter"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Distribution"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":6},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A23,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential furnace fans"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Blower energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.25,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$10/filter"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":60},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Camfil, AFE journal, HPAC Engineering journal, NREL feedback  \nPrimary Source: \"Air-Filter Life-Cycle Cost\", Seyffer, C.; HPAC Engineering 9/2010\nOther Supporting Sources: Proper Air Filter Selection Goes a Long Way\", Matela, D.AFE Journal 10/2010\nExpert interviews suggest 25% is more typical savings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Estimated at $400 savings lifetime, +$60 cost; Assumed uniform savings difference from 10-40% from min/max of source: 25% used \nAppendix B: \"As much as 40 percent of HVAC-system electricity demand could be reduced by applying air-filter life-cycle-cost analysis.\"\nCost taken from manufacturer webiste"}]
[81,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy filters with lower pressure drop in variable air volume (VAV) systems in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Low ΔP Air Filter"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Distribution"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":6},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A24,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total commercial variable volume ventilation and air handlers in all commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Blower energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":2.6675443566360816E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},2.6675443566360816E-2,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"payback of 0.25 years based on propriatry information"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.11},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; represents 6 filter changes over lifetime; 1 per 1,500 sq.ft. of service"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Camfil, AFE journal, HPAC Engineering journal  \nPrimary Source: \"Air-Filter Life-Cycle Cost\", Seyffer, C.; HPAC Engineering 9/2010\nOther Supporting Sources: Proper Air Filter Selection Goes a Long Way\", Matela, D.AFE Journal 10/2010\nExpert interviews suggest 25% is more typical savings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Estimated at $400 savings lifetime, +$60 cost; Assumed uniform savings difference from 10-40% from min/max of source: 25% used \nAppendix B: \"As much as 40 percent of HVAC-system electricity demand could be reduced by applying air-filter life-cycle-cost analysis.\"\nCost taken from manufacturer webiste"}]
[85,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to include duct insulation in building codes: residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Duct Insulation (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Distribution"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A25,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"New homes lacking duct insulation"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":4},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":8},{"$f":"1-(94%*97%)","v":8.8200000000000056E-2},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$1.3/ft2 and $1.1/ft2 for supply (R-8) and return (R-6) ducts respectively"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":518},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":518},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 195 ft^2 of supply duct and ^240 ft^2 return duct for 1500 ft^2 home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"NREL Retrofit efficiency measures database; HES pro; ducts.lbl.gov  \nPrimary Source: Cost: NREL retrofit measure database\nSavings: First principles of moving ducts from R-4 to R-8 as per recent code changes\nOther Supporting Sources: LBNL. 2011. Thermal Energy Distribution Website. ducts.lbl.gov. "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Using average code level for ducts in unconditioned/external space"}]
[88,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage proper A/C refrigerant charging in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Charge AC Refrigerant"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Maintenance"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A26,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Coils (A/C and HP) - heating and cooling"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.05},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M26-N26","v":0.05},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":128},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":128},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":128},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Primary Source: Goswami et. al.; \"Effect of refrigerant charge on the performance of air conditioning systems\"; Int. J. Energy Res. 2001; 25:741}750\nOther Supporting Sources: Choi-Granade et. Al.; \"Unlocking Energy Efficiency in the U.S. Economy\"; McKinsey & Company (2009) "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Savings are significantly higher  (i.e., 100% improvement performance) for charges below 80%; used 5% assuming average charge around 85-90% \nAppendix B: \"Experimental results show that if a system is undercharged to 90% a 2 percent increase is seen in the (COP). The maintenance costs included 2 hr of labour at $60/h and one pound of refrigerant charge at $8/lb\", assumed typical charge level of 85-90% and $150 labor and material cost obtained from expert interviews."}]
[92,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to include duct sealing in commercial codes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Duct Sealing (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Distribution"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A27,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All furnaces and A/C heating and cooling (i.e., ducts) in new commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.1},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.1,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.33/sq.ft of floor space"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.33},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Aeroseal website: http://www.aeroseal.com/commercial_duct_sealing.html; Modera 2005: Fixing Duct Leaks, ASHRAE Journal;   \nPrimary Source: Modera, M Fixing Duct Leaks in Commercial Buildings ASHRAE Journal June 2005\nAeroseal website. http://www.aeroseal.com/problem-we-solve/FAQ-commercial.html\nOther Supporting Sources: 13. Goetzler, W., Zogg, R., Burgos, J., Hiraiwa, H. & Young, J. Energy Savings Potential and RD & D Opportunities for Commercial Building HVAC Systems. 289 (2011)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Using average savings and cost & perormance to get to 97% duct efficiency from Hamilton and ACEEE sources \nAppendix B: Modera: 80% heating season duct efficiency (See Figure 2 and measured duct efficiency data cited throughout the article. \n50% improvement is assumed over the 80% duct efficiency baseline.  Price based on average of three Aeroseal case studies and estimated payback of 2.5 years ($0.33/ft2=$247*2.5 years/1879 ft2)"}]
[93,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage steam cleaning commercial A/C coils annually"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Steam Clean AC Coils"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Evaporator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":5},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A28,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All cooling and ASHP heating"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.1},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.1,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":3000},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"SavetheWatts.com, National Steam Clean, Rejuvinair, Air Conditioning, Heating and Refrigeration News  (achrnews.com)  \nPrimary Source: Checket-Hanks, B. \"Contractor Offers Hope For PTAC IAQ\". The Air Conditioning, Heating and Refrigeration NEWS, March 10, 2004\nRejuvinair website"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumed 15,000 sq.ft. building average \nAppendix B: Savings (10%) and cost estiamtes based on Manufacturer's website"}]
[96,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage adoption of 13 EER Room A/Cs at end of life"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: EER 13 Room AC"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A29,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential room air conditioners"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"EER (BTU/W-h)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":13},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":8.5},{"$f":"1-N29/M29","v":0.34615384615384615},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$75/ (kBTU/h) vs. $35 for 8.5 EER"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":574.9},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":900},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":325.10000000000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit; 12 kBTU/hr for 1,000 sq.ft."},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Bouza  \nPrimary Source: Savings: First principles\nCost: DOE published target for funded research"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumed 3 units/home"}]
[98,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage adoption of SEER 21 central A/C in homes at end of life"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: SEER 21 CAC"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A30,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential central air-conditioners in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"SEER (BTU/W-h)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":21},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":12.225033},{"$f":"1-N30/M30","v":0.41785557142857144},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$180 /(kBtu/h) vs. $130 for SEER 14"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":4680},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":6480},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1800},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 3 ton cooling"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"NREL Retrofit efficiency measures database  \nPrimary Source: Savings: first principles\nCost: NREL retrofit measure database"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[102,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize variable speed motors in residential blowers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Variable Speed Blower"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Distribution"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A31,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential furnace fans"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Blower energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.51},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M31-N31","v":0.51},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":296},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":296},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Lekov et. Al. ; Electricity and Natural Gas Efficiency Improvements for Residential Gas Furnaces in the U.S.; \nResidential HVAC Electronically Commutated  Motor Retrofit Report  \nPrimary Source: Murray, M. & Fitzpatrick, S. Residential HVAC Electronically Commutated Motor Retrofit Report Table of Contents. Advanced Energy (2012)\nOther Supporting Sources: Franco, V., Lutz, J., Lekov, A. & Gu, L. Furnace Blower Electricity: National and Regional Savings Potential. Florida Solar Energy Center(2008)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Averaged two source to get 45% savings \nAppendix B: \"ECM motors represent a 51 percent full-load efficiency improvement over permanent split-capacitor (PSC) motors\"\n\"The three ECMs used in this study cost, on average, $296. The average motor installation cost was approximately $547.50.\"\nOnly retrofit is cost effective, so using 51% savings, $296 cost"}]
[118,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize improved motors in ceiling fans"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Efficient Ceiling Fan Motors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A32,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential ceiling fans"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"CFM/W"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":272},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":100},{"$f":"1-N32/M32","v":0.63235294117647056},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":86},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":86},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":86},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Energy Star database for performance (http://downloads.energystar.gov/bi/qplist/ceiling_fan_only_prod_list.pdf?419d-5d10), Energy Star savings calculator for cost (http://www.energystar.gov/ia/business/bulk_purchasing/bpsavings_calc/Ceiling_Fan_Savings_Calculator_Consumer.xls?e8fd-5d0d)  \nPrimary Source: Environmental Protection Agency, \"ENERGY STAR Ceiling Fan Product List\", 2012"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Reduced from 680, which was an extreme outlier in the Energy Star database.  272 cfm/W is at the upper end of products with multiple manufacturers. 150 cfm/W is Energy Star minimum. \nAppendix B: Represents second fastest of six speeds from one of the most efficient manufactrurers using a DC motor at 280 CFM/W\nInstalled base estimated at typical 100 CFM/W\n63% reducition possible at $86 premium"}]
[119,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage adoption of duct insulation in existing homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Insulating Ducts (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Distribution"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A33,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Existing homes lacking duct insulation"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.2,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"HES Baseline Value is $910/home"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":910},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":910},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 195 ft^2 of supply duct and ^240 ft^2 return duct for 1500 ft^2 home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Primary Source: Hendron, R., and Engebrecht, C. 2010. Building America House Simulation Protocols.  DOE/GO-102010-3141. http://apps1.eere.energy.gov/buildings/publications/pdfs/building_america/house_simulation_revised.pdf\nNREL Residential Efficiency Measures Database. http://www.nrel.gov/ap/retrofits/measures.cfm?gId=2&ctId=16\nMills, E.. et al. 2007. \"Home Energy Saver: Documentation of Calculation Methodology, Input Data, and Infrastructure.\" Lawrence Berkeley National Laboratory Report No. 51938. http://evanmills.lbl.gov/pubs/pdf/home-energy-saver.pdf\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumes no duct insulation \nAppendix B: Hendron:  Supply duct surface area (ft2)= 0.27 × FFA, Return duct surface area (ft2)= 0.05 × Nreturns × FFA\nNREL: $1.3/ft2 and $1.1/ft2 for supply (R-8) and return (R-6) ducts respectively\nMills: efficiencyducts = DF * HSE + (1− DF) *CSE\nEstimated cost based on insulating 195 ft2 of supply ducts in unconditioned space and  (Hendron value for 1500 ft2 house) and $1.3/ft2 (NREL Retrofit Meausure Database) is $254.  Insulating 240 ft2 of return ducts in unconditioned space using $1.1/ft2 is another $264, for a total of $518.  Energy savings is derived from HES Pro assumptions for duct distribution efficiency using LBNL's ASHRAE 152 model.\nTDM Mtg 2: THis measure applies only to existing homes because IECC 2009 adopted by majority of states requires min duct insulation of R-6 for inner ducts, and R-8 for ducts located outside the home."}]
[127,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage adoption of duct sealing in existing homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Duct Sealing (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Distribution"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A34,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Existing homes with unsealed ducts"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.1},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.1,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$495/job"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":495},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"NREL Retrofit efficiency measures database, McKinsey  \nPrimary Source: Aeroseal website. http://www.aeroseal.com/problem-we-solve/FAQ-commercial.html"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Aeroseal: $.33/ft2 based on measure 92.  Average house assumption is 1500 ft2.\nAssumes twice the energy savings as new homes (Measure 91)."}]
[128,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage adoption of duct sealing in existing commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Duct Sealing (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Distribution"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A35,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial heating and cooling in existing buildings with unsealed ducts"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.2,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.33/sqft installation and materials; 0.075/sqft diagnostics"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.40500000000000003},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Aeroseal website: http://www.aeroseal.com/commercial_duct_sealing.html  \nPrimary Source: Modera, M Fixing Duct Leaks in Commercial Buildings ASHRAE Journal June 2005\nTIAX. Energy Impact of Commercial Building Controls and Performance Diagnostics?: Market Characterization , Energy Impact of Building Faults and Energy Savings Potential. Construction 413 (2005)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Using average savings and cost & perormance to get to 97% duct efficiency from Hamilton and ACEEE sources. 7.5 cents/ft2 added for diagnostic testing (TIAX 2005) \nAppendix B: Modera: 80% heating season duct efficiency (See Figure 2 and measured duct efficiency data cited throughout the article. 7.5 cents/ft2 added for diagnostic testing (TIAX 2005). Nominal sealing cost is 33 cents/ft2 for consistency with Measure 92. Energy savings assumed to be double the savings in new homes from Measure 92."}]
[131,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize efficient magnetic bearing centrifugal chiller"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Efficient Chiller"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A36,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial centrifugal chillers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"kW/ton"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":1.04},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.54},{"$f":"1-N36/M36","v":0.48076923076923073},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$100/ton premium"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.35714285714285715},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 1 ton per 280 sq.ft."},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Itron_Kema, WSU  \nPrimary Source: Kistler, P. & Lintner, W. Evaluation of a Variable-speed Centrifugal Compressor with Magnetic Bearings. U.S. Navy (2010).\nDesroches, L.-B. et al. Max Tech and Beyond. Lawrence Berkely National Laboratory (2011)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Descroches indicated 26% savings available today and references Kistler showing the 40-60% is possible with R&D\nCost and performance from Table 1 and Figure 6"}]
[132,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy low temperature heat pumps, climate zones 1 & 2 (no fuel switching)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Cold Climate HP, Coldest CZ"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A37,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Electric heating, proportion of cooling in coldest 2 climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.27373126384189994},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M37-N37","v":0.27373126384189994},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$3000 incremental cost"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":4680},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":7680},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 3 tons"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Hallowell International; Bouza; ACEEE (Sachs et al, 2009, \"Emerging Energy-Saving HVAC Technologies and Practices for the Buildings Sector\")  \nPrimary Source: Sachs et al, 2009, \"Emerging Energy-Saving HVAC Technologies and Practices for the Buildings Sector\"\nHallowell International; \nPersonal communication: Bouza, DOE "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: 72/191/16 TBTU's for ASHP/Res/Cooling : COP 2.9 calculated on additional data tab rows 319-325 \nAppendix B: Sachs represents current units offering 26% savings; \nInitial tests of DOE funded technology show 69% savings\nCost estimated from FOA funding target"}]
[135,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy air-to-air heat exchangers in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Air-to-Air Exchangers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A38,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential heating energy consumption"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":6.8125000000000005E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},6.8125000000000005E-2,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":1838},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":463},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1375},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":912},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 100 cfm air excahnge"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Beopt default costs  \nPrimary Source: Hellevang, K. & Pedersen, C. Air-to-Air Heat Exchangers. North Dakota State University (2009)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Exhaust ventilation and energy recovery ventilator \nAppendix B: Estimated from first principles using 3,000 HDD as U.S. average, 45 CFM as air handling treated to calculate maximum heating savings"}]
[141,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy demand control ventilation in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Demand Ventilation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A39,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial HVAC energy use"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.2,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$800/zone"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":0.54},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.54},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; $800/zone"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"FEMP Technology alert DOE/E-0293   \nPrimary Source: Goetzler, W., Zogg, R., Burgos, J., Hiraiwa, H. & Young, J. Energy Savings Potential and RD & D Opportunities for Commercial Building HVAC Systems. Navigant Consulting (2011)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: System improvement assuming 1.4 yr payback \nAppendix B: Page 16: \"These savings are equivalent to a 10% reduction in total energy costs\"\nPage 11: \"For a  new system to be installed will generally cost $600-$700 per zone; retrofit at $700-$900/zone\"\nUsed 10% total energy savings -> 20% HVAC savings; using average retrofit cost as that is the majority of the opportunity"}]
[144,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy dual source heat pumps in homes in non-coldest climates, no fuel switching"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Dual Source HP"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A40,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Electric heating, proportion of cooling not in coldest 2 climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.34303571428571428},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.34303571428571428,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$3000/ton ground"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":4680},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":7560},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2880},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 3 ton total, 2 ton ground"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"FEMP Technology alert DOE/E-0220; savings and costs relative to ASHP.  Ground loop from Navigant 2009 (Ground‐Source Heat Pumps: Overview of Market Status, Barriers to Adoption, and Options for Overcoming Barriers) $3000/ton for residential retrofit.  Baseline cost from NREL Retrofit Measures Database.  \nPrimary Source: Hadley, D., Collins, T., Parkerk, S., Cornett, G. & Cavedo, F. Energy Savings from Dual-Source Heat Pump Technology Federal Energy Management Program E-0220 (2000)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Savings over ASHP: 38% heating, 15% cooling. Cost of system based on 2/3 GSHP and 1/3 ASHP. \nAppendix B: \"At the main U.S. Post Office facility in Valrico, three air- source heat pumps were retrofitted with the dual-source technology, reducing daily energy use by nearly 38%\"\nMultiple case studies used for average of 34% savings from ASHP"}]
[146,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy dual source heat pumps in commercial buildings in non-coldest climates, no fuel switching"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Dual Source HP"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A41,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Electric space heating, proportion of cooling, excluding coldest climate"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.34303571428571428},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.34303571428571428,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$7000/ton ground"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":8.65},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":11.154166666666669},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2.5041666666666682},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 40 ton total, 10 ton ground assumed for 15,000 sq.ft. buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"FEMP Technology alert DOE/E-0220; savings relative to ASHP. Baseline cost from RS Means Assemblies Cost Data, 33rd Edition ($8.65 for 40 ton packaged rooftop heat pump, including ductwork and controls). ORNL Residential Retrofti Tech potential ($7000/ton for commercial retrofit)  \nPrimary Source: Hadley, D., Collins, T., Parkerk, S., Cornett, G. & Cavedo, F. Energy Savings from Dual-Source Heat Pump Technology Federal Energy Management Program E-0220 (2000)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Savings over ASHP: 38% heating, 15% cooling \nAppendix B: \"At the main U.S. Post Office facility in Valrico, three air- source heat pumps were retrofitted with the dual-source technology, reducing daily energy use by nearly 38%\"\nMultiple case studies used for average of 34% savings from ASHP"}]
[150,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy natural gas powered GAX heat pumps in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: GAX Heat Pump"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A42,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All non-electric heating, proportion of cooling"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"COP"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":1.2599999999999998},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.83530700000000002},{"$f":"1-(N42/M42)","v":0.33705793650793636},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"\"Same as GSHP\""},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":14400},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":14400},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 3 tons"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"http://www.ornl.gov/sci/btc/apps/gax.htm, Jawahar et. Al.  \nPrimary Source: Jawahar, C.P. & Saravanan, R. Generator absorber heat exchange based absorption cycle—A review. Renewable and Sustainable Energy Reviews 14, 2372-2382 (2010)\nOther Supporting Sources: Goffman, E. The Other Heat Pump. The Environmental Magazine 11-12 (2010)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: COP of 1.5 heating, 0.7 cooling \nAppendix B: Review indicates COP of 2.0/1.0 demonstrated; commercialization more likely at 1.5/0.7\n\"The initial cost is comparable with geothermal\"\nCOP of 1.5 heating, 0.7 cooling "}]
[151,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy natural gas powered GAX heat pumps in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: GAX Heat Pump"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A43,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Electric space heating, proportion of cooling, excluding coldest climate"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"COP"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":1.2599999999999998},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.771061},{"$f":"1-(N43/M43)","v":0.38804682539682533},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"\"Same as GSHP\""},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":8.65},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":18.666666666666668},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":10.016666666666667},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 40 tons for 15,000 sq.ft."},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"http://www.ornl.gov/sci/btc/apps/gax.htm, Jawahar et. Al.  \nPrimary Source: Jawahar, C.P. & Saravanan, R. Generator absorber heat exchange based absorption cycle—A review. Renewable and Sustainable Energy Reviews 14, 2372-2382 (2010)\nOther Supporting Sources: Goffman, E. The Other Heat Pump. The Environmental Magazine 11-12 (2010)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: COP of 1.5 heating, 0.7 cooling \nAppendix B: Review indicates COP of 2.0/1.0 demonstrated; commercialization more likely at 1.5/0.7\n\"The initial cost is comparable with geothermal\"\nCOP of 1.5 heating, 0.7 cooling "}]
[161,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy minisplit heat pumps in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Minisplits"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A44,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Minisplit: Electric heating & cooling in all new homes + 40% of existing homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.4},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M44-N44","v":0.4},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"ACEEE claims 30% price premium"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":4680},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":6084},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1404},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 3 tons capacity (3 indoor units for mini-split)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"ACEEE; BOA report; NREL measure database for standard A/C cost  \nPrimary Source: Geraghty, K., Baylon, D. & Davis, B. Residential Ductless Mini-Split Heat Pump Retrofit Monitoring. Bonneville Power Administration (2009).\nDesroches, L.-B. et al. Max Tech and Beyond, Appendix F.  Lawrence Berkeley National Laboratory (2011)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Geraghty: Table 4 suggests 44% savings for heating; Table 6- total savings of 28%\nPrice from google seach suggests ~30% price premium"}]
[553,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy ground source heat pumps to all single family homes, no fuel switching"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Single Family GSHP"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A45,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total electric heating and hot water consumption, as a proportion of cooling"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.64800000000000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.64800000000000002,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$4,800/ton (average of $5,000 and $4,600 from two sources)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":5919},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":20319},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":14400},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 3 ton"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"ORNL Residential Retrofti Tech potential  \nPrimary Source: Liu, X.  Assessment of National Benefits from Retrofitting Existing Single-Family Homes with Ground Source Heat Pump Systems. Oak Ridge National Laboratory  (2010)\nHughes, P.J. Geothermal ( Ground-Source ) Heat Pumps: Market Status , Barriers to Adoption , and Actions to Overcome Barriers. Oak Ridge National Laboratory (2008)\nOther Supporting Sources: Office of the Deputy Under Secretary of Defense Report to Congress: Ground-Source Heat Pumps at Department of Defense Facilities. (2007)\nHughes, P.J. & Shonder, J.A. The Evaluation of a 4000-Home Geothermal Heat Pump Retrofit at Fort Polk , Louisiana: Final Report. Oak Ridge National Laboratory (1998)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Derated 10% to account for earth heating, etc. \nAppendix B: savings of [4.2 quads primary energy], a 45%  reduction associated with SH–SC–WH in existing U.S. single-family homes\nWorked with author to disaggregagte into fuel-switching and non-fuel-switching opportunities\nDoD, perhaps the largest single customer for GHP retrofit projects, reports that in 2006 dollars housing and commercial retrofits cost $4600 and $7000 per ton respectively"}]
[563,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy pre-dehumidification multiple-small plate dehumidifiers in commercial buildings in hot, humid climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: MSP Dehumidifier"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A46,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total cooling in hot, humid climates in all commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.32},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.32,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":0.49559755668293404},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.49559755668293404},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"MTAB, nauticadehumid.com  \nPrimary Source: MSP Technology, \"Dehumidification Equipment for Recirculated Air and Dedicated Outside Air Systems (DOAS)\"\nDesroches, L.-B. et al. Max Tech and Beyond (2011)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Savings taken from page 7  of MSP manual; supported by nautica claims (used manufacturer estimate)"}]
[564,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy magnetic bearing variable speed centrifugal chillers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Centrifugal Chiller"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A47,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial centrifugal chillers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"kW/ton cooling"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.9},{"$f":"(N47-M47)/N47","v":0.44444444444444448},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$100,738 for NUWC:18,000 sq.ft"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":4.3633333333333333},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":5.5991666666666671},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1.2358333333333338},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 1 ton per 280 sq.ft."},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"MTAB, turbocor_chiller.pdf  \nPrimary Source: U.S. Navy Technology Validation, FEMP: \"Evaluation of a Variable-speed Centrifugal Compressor with Magnetic Bearings\". Pg 3. Fig 4 & 5. http://www1.eere.energy.gov/femp/pdfs/etcs_vscompressor.pdf\nDesroches, L.-B. et al. Max Tech and Beyond (2011)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Average of high capacity Navy (41-67%) and Desroches (26%)  numbers\nPage 3 of FEMP & Navy Technology Validation study shows at ~ average ton of cooling of (60+20)/2=40 tons, baseline is 0.9 kW/ton, and var speed chiller of ~0.5 kW/ton. Fig 4&5."}]
[628,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop, demonstrate, and deploy integrated heat pumps (No fuel switching)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: IHP"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A48,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total electric heating and hot water consumption, as a proportion of cooling"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.5,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":6500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":5270},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":8184},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2914},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 3 ton"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"2008 ORNL paper \"DEVELOPMENT OF A SMALL INTEGRATED HEAT PUMP (IHP) FOR NET ZERO ENERGY HOMES\"  \nPrimary Source: Baxter, V.; Murphy, R; Rice, K; Craddick, B; \"Development of a Small Integrated Heat Pump (IHP) for Net Zero Energy Homes\" 9th International IEA Heat Pump Conference (2008)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: \"For the airsource IHP version, the simulation results showed ~46-67% energy savings depending upon location. For the ground-source IHP version, the simulation showed over 50% savings in all locations\"\nUsed 50% as conservative estimate within 46-67% range"}]
[638,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop, demonstrate, and deploy integrated heat pumps: no fuel switching (commercial)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: IHP"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A49,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Electric space heating, proportion of cooling and hot water"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.5,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$5000 incremental cost per 15,000SF"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.33333333333333331},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy., http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_appliances_report_12-09.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumed same savings as residential (%); Assumed $5000 incremental cost per 15,000 SF, i.e., the incremental cost is only 0.33/SF.  The IHP technology is basically similar to the rooftop unit with the addition of a variable speed compressor and water to refrigerant heat exchanger. \nAppendix B: Table 6-11: Summary of Primary Energy Savings Potential of all Water Heating Technology Options"}]
[673,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Magnetic Cooling Cycle for all Commercial Buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Magnetic AC "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A50,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial cooling"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.25,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":0},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2.7305900621118013},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 1 ton per 280 square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant. Energy Savings Potential and RD&D Opportunities for Commercial Building HVAC Systems, Navigant, September 30, 2011. http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/savings_potential_comm_hvac.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: \"Assume 17% savings\". No meaningful  cost data is available because the technology is in the research stage."}]
[678,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy advanced liquid desiccant A/C (e.g., DeVAP, DuCool) in commercial buildings in dry climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: DEVAP, Dry CZ"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A51,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total cooling in  dry climates by all commercial RTUs"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.76200000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.76200000000000001,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"10 ton unit costed by NREL at $8,100 material + markup and business expense; Water consumption adds roughtly $0.47/SF; UPDATED DATA BASED ON NCI REPORT:  End user equipment ocst of baseline DX rooftop unit is $9300; DEVap manufacturer cost estimate is $19,000 for 1k units/year"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":9300},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":19000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2.0866666666666669},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 10 tons per 6,000  sq.ft."},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"http://www.nrel.gov/features/20100611_ac.html\nPrimary Source: Eric Kozubal, Jason Woods, Jay Burch, Aaron Boranian, and Tim Merrigan. Desiccant Enhanced Evaporative Air-Conditioning (DEVap): Evaluation of a New Concept in Ultra Efficient Air Conditioning\n http://www.nrel.gov/docs/fy11osti/49722.pdf;  NCI Internal DeVAP Report\nCost (listed value is not consistent with this source: \"Rooftop units using DEVAP design are initially expected to cost ~30% more than competing models.\" Kozubal. NREL. July 2 2012. http://www.nrel.gov/docs/fy12osti/55740.pdf "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: MTAB, NREL website, DuCool?AdvantixSystems website \nAppendix B: Kozubal: $15,200 for standard DX, $20,461 for DeVap (10-ton system). Assumes 10 tons per 6,000  sq.ft. for dry climates ($0.88/ft2). ($0.20/ft2 added for plumbing to unit) Total source energy 106,268 kWh for baseline and 10,506 for DeVAP.  Source energy converted to site energy to estimate energy savings."}]
[679,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy advanced liquid desiccant A/C (e.g., DeVAP, DuCool) in homes in dry climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: DEVAP, Dry CZ"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A52,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential central cooling in dry climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.39500000000000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.39500000000000002,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"(Assume $2600 equipment in base, $2080 installation); LDAC cost from NREL with 30% markup plus 1 day of plumbing time/cost; 2.7 gallons of site water consumption per ton, equates roughly to 18000 gallons/year, over 20 years with 6.5% discount rate results in roughly $1135 price premium; UPDATED DATA BASED ON NCI REPORT:  Equipment cost of baseline DX system in hot-dry climate is $3200; DEVap equipment cost estimate is $8100; Water usage still applies"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":3200},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":9235},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":6035},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 3 ton"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"http://www.nrel.gov/features/20100611_ac.html\nPrimary Source: Eric Kozubal, Jason Woods, Jay Burch, Aaron Boranian, and Tim Merrigan. Desiccant Enhanced Evaporative Air-Conditioning (DEVap): Evaluation of a New Concept in Ultra Efficient Air Conditioning http://www.nrel.gov/docs/fy11osti/49722.pdf\nNREL Residential Efficiency Measures Database. http://www.nrel.gov/ap/retrofits/measures.cfm?gId=2&ctId=16; NCI Internal DeVAP Report\nCost (listed value is not consistent with this source: \"Rooftop units using DEVAP design are initially expected to cost ~30% more than competing models.\" Kozubal. NREL. July 2 2012. http://www.nrel.gov/docs/fy12osti/55740.pdf \n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: MTAB, NREL website, DuCool?AdvantixSystems website \nAppendix B: Kozubal: $7484 for 3-ton DeVap (uninstalled). Plous $2080 for installation.  Same energy savings as Measure 678.\n"}]
[681,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy ERV (Energy Recovery Ventilation) in new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Energy Recovery Vent (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A53,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total HVAC load in new commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.25900000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.25900000000000001,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"~$2000 for a high-end multi-point residential system"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":0.92165898617511521},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.92165898617511521},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Cost estimates for residential ERVs are close to $2000 installed (http://www.motherearthnews.com/Green-Homes/Energy-Recovery-Ventilator.aspx?page=4, http://www.extension.umn.edu/distribution/housingandclothing/dk7284.html), assuming a high-end multi-point system.  Average house is 2170 ft2.  \nPrimary Source: Chiras, D. 2009. Energy-recovery Ventilators: Ventilate Your Home with Minimal Energy Loss. Mother Earth News. http://www.motherearthnews.com/Green-Homes/Energy-Recovery-Ventilator.aspx?page=4#ixzz1yRuXsH6b\nU.S. Department of Energy. 2005. Residential Energy Consumption Survey. http://205.254.135.7/consumption/residential/data/2005/hc/hcfloorspace_char/pdf/tablehc1.1.2.pdf\nOther Supporting Sources: NREL. 2011. Advanced Energy Retrofit Guide for K-12 Schools (Draft). EERE Report DOE/GO-102011-3467.  Project Lead: Robert Hendron"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumes cost is half of retrofit cost.  K-12 AERG suggests 20% whole building savings on average, or ~ 40% HVAC savings; Assumes 70% reduction of infiltration load \nAppendix B: Chiras: \"Energy-recovery ventilators are a well-developed technology. Their prices range from about $500 to $1,700, not including installation.\" \"\nMost energy-recovery ventilation systems on the market today recover about 70 to 80 percent of the energy in the outgoing air, transferring it to the incoming air.\"\nDOE RECS: Average ft2 = 2170\nCost estimates for residential ERVs are close to $2000 installed based on Chiara article, assuming a high-end multi-point system.  Average house is 2170 ft2. Assumes 70% reduction of infiltration load, which is 37% of the heating load."}]
[685,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy ground source heat pumps (GSHP) to all commercial buildings, no fuel switching"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: GSHP"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A54,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Electric space heating, proportion of cooling and hot water"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.64800000000000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.64800000000000002,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Per ton: Tao: 4605, 5379, 4172, 2573, ORNL: 7000; apply equal weight to the two sources"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":129750},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":223645},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":8.383482142857142},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot;  1 ton per 280 sq. ft."},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"ORNL Residential Retrofit Tech potential ($7000/ton for commercial retrofit), assumes percent savings similar to residential.  Baseline cost from RS Means Assemblies Cost Data, 33rd Edition ($9.4/ft2 for twenty single-zone RTUs, 2 tons each, including ductwork and controls); Analysis of Energy, Environmental and Life Cycle Cost Reduction Potential of Ground Source Heat Pump (GSHP) in Hot and Humid Climate  \nPrimary Source: Liu, X.  Assessment of National Benefits from Retrofitting Existing Single-Family Homes with Ground Source Heat Pump Systems. Oak Ridge National Laboratory  (2010)\nHughes, P.J. Geothermal ( Ground-Source ) Heat Pumps: Market Status , Barriers to Adoption , and Actions to Overcome Barriers. Oak Ridge National Laboratory (2008)\nOther Supporting Sources: Office of the Deputy Under Secretary of Defense Report to Congress: Ground-Source Heat Pumps at Department of Defense Facilities. (2007)\nHughes, P.J. & Shonder, J.A. The Evaluation of a 4000-Home Geothermal Heat Pump Retrofit at Fort Polk , Louisiana: Final Report. Oak Ridge National Laboratory (1998)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Derated 10% to account for earth heating, etc. \nAppendix B: savings of [4.2 quads primary energy], a 45%  reduction associated with SH–SC–WH in existing U.S. single-family homes\nWorked with author to disaggregagte into fuel-switching and non-fuel-switching opportunities\nDoD, perhaps the largest single customer for GHP retrofit projects, reports that in 2006 dollars housing and commercial retrofits cost $4600 and $7000 per ton respectively"}]
[690,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Magnetic Cooling"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: RTU: magnetic cooling"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A55,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial cooling by RTUs and chillers, 100% new and 50% old"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.25,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":0},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2.7305900621118013},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 1 ton per 280 square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Boeder, A., and Zimm, C., 2006. “Magnetic Refrigeration Technology for High Efficiency Air Conditioning.” Report prepared by Astronautics Corporation of America for the U.S. Department of Energy. December.\n\nChubu Electric, 2006. “Development of Room Temperature Magnetic Refrigeration System \n- World leading performance a big step forward in achieving practical systems –“. Press Release. November 7. Retrieved July 6, 2011 from http://www.chuden.co.jp/english/corporate/press2006/1107_1.html.\n\nDieckmann, J., Roth, K., and Brodrick, J., 2007. “Emerging Technologies – Magnetic Refrigeration.” ASHRAE Journal. pp. 74-76. August. \n\nGoetzler, W., Goffri, S., Jasinski, S., Legett, R., Lisle, H., Marantan, A., Millard, M., Pinault, D., Westphalen, D., and Zogg, R., 2009.  “Energy Savings Potential and RD&D Opportunities for Commercial Refrigeration.” Report prepared by Navigant Consulting, Inc. for the U.S. Department of Energy Building Technologies Program. September.\n\nGorman, S., 2009. “As hybrid cars gobble rare metals, shortage looms”. Reuter. Retrieved July 7, 2011 from http://www.reuters.com/article/2009/08/31/us-mining-toyota-idUSTRE57U02B20090831.\n\nGschneider, K. A., and Pecharsky, V. K., 2008. “Thirty years of near room temperature magnetic cooling: Where we are today and future prospects.” International Journal of Refrigeration.  Vol. 31, pp. 945-961. January 25.\n\nLiu, D., Yue, M., Zhang, J., McQueen, T.M., Lynn, J., Wang, X., Chen, Y., Li, J., Cava, R.J., Liu, X., Altounian, Z., and Huang, Q., 2009.  “Origin and tuning of the magnetocaloric effect for the magnetic refrigerant Mn1.1Fe0.9(P0.80Ge0.20).” January.\n\nShen, J., 2011. “Pressure to be lifted on rare earth element pricing, says Information Network “. Digitimes. Retrieved July 7, 2011 from http://www.digitimes.com/news/a20110707PR201.html.\n  \nPrimary Source: Goetzler, W., Zogg, R., Burgos, J., Hiraiwa, H. & Young, J. Energy Savings Potential and RD & D Opportunities for Commercial Building HVAC Systems. 289 (2011)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Technology is in the research stage.  No reliable cost data is available. Energy savings estimate is 17% of whole building energy use."}]
[765,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Advanced RTU (CRADA)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: RTU (IEER 20)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A56,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total commercial cooling by rooftop AC units (RTUs)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"IEER"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":20},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":11.2},{"$f":"1-N56/M56","v":0.44000000000000006},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"DOE funded target: $9-10k"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1.3333333333333333},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2.0833333333333335},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.75000000000000022},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 10 tons per 6,000  sq.ft."},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"CRADA with BTP, Primary Source: Personal communication: Bouza"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Cost and performance represents funded and supported DOE research product"}]
[778,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy low temperature heat pumps, climate zones 3 & 4 (no fuel switching)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Cold Climate HP, CZ 3&4"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A57,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential electric heating energy consumption as a proportion of cooling in climates 3 & 4"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.25186764347353829},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.25186764347353829,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$3000 incremental cost"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":4680},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":7680},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 3 tons"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Hallowell International; Bouza; ACEEE (Sachs et al, 2009, \"Emerging Energy-Saving HVAC Technologies and Practices for the Buildings Sector\")"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: 72/191/16 TBTU's for ASHP/Res/Cooling : COP 2.9 calculated on additional data tab rows 319-325"}]
[804,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop and Deploy Cold Climate Heat Pumps - Target based on UTRC project"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Cold Climate HP - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A58,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total commercial electric heating in 2 coldest climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.51793012589816756},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.51793012589816756,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Simple payback < 5 years!"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":9.5000000000000001E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Program Goal"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Program goal based on current efforts by UTRC under DE-FOA-0000621"}]
[805,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop and Deploy Low-Cost Gas Heat Pump for Building Space Heating (DOE FOA Target)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Low-Cost Gas HP - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A59,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total gas heating energy use in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.3,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Simple payback 3-5 years!"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Program goal"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Program goal based on current efforts by Stone Mountain Technologies, Inc.: Alternative Space-Heating Systems under DE-FOA-0000621"}]
[814,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Advanced Rooftop Unit (RTU) (DOE CRADA TARGET)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Adv. RTU (IEER 22) - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A60,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total commercial cooling by rooftop AC units (RTUs)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"IEER"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":22},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":11.2},{"$f":"1-N60/M60","v":0.49090909090909096},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"DOE funded target: $9-10k"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1.3333333333333333},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2.2999999999999998},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.96666666666666656},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 10 tons per 6,000  sq.ft."},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"CRADA with BTP, Primary Source: Personal communication: Bouza"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Cost was approximated by interpolating between the IEER 20 (#765) and SEER 24 AC targets. (#97)"}]

{"sheet":"HVAC Outputs","index":1,"n_rows":64,"n_cols":17,"rows_kept":64,"cut":false,"hidden":false,"merged":[[63,3,63,13],[9,1,9,16]]}
[]
[null,null,null,"This tab contains data and graphs for:","HVAC Outputs"]
[]
[null,"Each entry in the table below shows the results for each particular energy efficiency measure included in the BTO Prioritization Tool analysis. These results are graphed and illustrated below."]
[]
[null,"Abbreviations: "]
[null,"C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; HP: Heat Pump"]
[]
[null,"Deployment Level Code:"]
[null,"0: Roadmap Goal / Target;   1: Early R&D: not basic science, but still lab bench;    2: Late R&D: cost reduction, performance improvement, maybe available to early adopters);   3: Early Deployment: savings not yet proven in whole building context\n4: Late Deployment: savings proven, but need to transform the market;   5: Standards: rule in place, underway, planned, or ready to be planned."]
[]
[null,"Measure No.",null,"Description","Brief description","Deployment Level (0-5)",null,"Market: Consumption, 2030 (TBTUs)","Market: Stock, 2030 (Million Units)","Stock Unit Definition",null,"Technical Potential, 2030 (TBTUs)","Unstaged Maximum Adoption Potential, 2030 (TBTUs)","Unstaged CCE ($/MMBTU)",null,"Staged Maximum Adoption Potential, 2030 (TBTUs)","Staged CCE \n($/MMBTU)"]
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[]
[null,null,null,"HVAC Results Graphs"]

{"sheet":"Water Heating Inputs","index":2,"n_rows":29,"n_cols":24,"rows_kept":29,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"This tab contains data for:",{"$f":"RIGHT(CELL(\"filename\",A1),LEN(CELL(\"filename\",A1))-FIND(\"]\",CELL(\"filename\",A1)))","v":"Water Heating Inputs"}]
[]
["Each entry in the below table represents the inputs and assumptions for one particular energy efficiency measure included in the BTO Prioritization Tool analysis."]
[]
["Abbreviations: "]
["C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; WH: Water Heater; HP: Heat Pump"]
[]
["Indexing #",null,"These columns describe the measure and its characteristics",{"$nulls":5},"These columns describe the market to which the measure is applied",null,null,"These columns describe the efficiency level of the measure",{"$nulls":4},"These columns contain the cost data for the measure and what it replaces in the market",{"$nulls":5},"These columns list sources and notes applicable to the measure"]
["Measure No.",null,"Description","Brief description","Component","Deployment Level (0-5)","Lifetime (years)",null,"Sector Targeted","Market Description",null,"Units of  Operation","Efficient Operation","Baseline Operation","Energy Savings (%) ",null,"Market Cost (as defined in the source)","Market Cost (per standard unit)","Market Cost (per efficient unit, at scale)","Incremental Measure Cost","Stock Unit Definition",null,"Source(s) Used","Relevant Notes"]
[67,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy waste heat recovery systems (desuperheaters) for single family cooling and water heating applications (note: May not work on SEER 13+ because coolant too cold)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Waste Heat Recovery from AC"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A11,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total cooling and water heating energy use in all single family homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.1},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M11-N11","v":0.1},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":600},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":600},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; family of 4: 3 ton A/C; 70 gal/day hot H2O"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Savings from NCI Commercial Appliances 2009 report. P. 207, Table 6-19. Cost: See 1. http://www.cdhenergy.com/presentations/ASHRAE%20Chicago%201999%20Desuperheater%20Impact.pdf;  2. http://stampededrive.net/PDF/BuilderGuide3E.pdf; 3. http://www.bpa.gov/energy/n/reports/evaluation/commercial/pdf/BPA-Evaluation_Reverse-Cycle-Chillers_09-30-09.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: 50% H2O savings and 5% cooling savings through recovery system derated by 40% to represent load mismatch: weighted average on NEMS 2 consumption page"}]
[133,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy reverse cycle chiller (heat pump water heater) to heat water in multifamily homes. The RCC is a water heater which uses a refrigeration cycle with an air‐side evaporator and a water‐side condenser."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Reverse Cycle Chiller (multi family)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A12,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential water heating energy consumption in all multi-family homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"kWh/unit"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":1000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":2700},{"$f":"1-M12/N12","v":0.62962962962962965},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$677/unit, based on a prototypical mid-rise multifamily building with 163 units and a total incremental project cost of $110,275"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":677},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":677},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit; 20 tons per building"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Heller, J. & Cejudo, C. Reverse Cycle Chillers for Multifamily Buildings in the Pacific Northwest : Phase I Final Report. Bonneville Power Administration (2009)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Analyzed for multi-family \nAppendix B: \"The savings from this alternative design are about 1,700 kWh/yr per unit with an expected measure life of 15 years. This represents a simple payback of about 4.4 years at a retail electricity cost of $0.09/kWh.\" Reducing kWh/unit from 2,700 to 1,000 with indicated payback."}]
[134,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy reverse cycle chiller (heat pump water heater) to heat water in select commercial buildings. The RCC is a water heater which uses a refrigeration cycle with an air‐side evaporator and a water‐side condenser."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Reverse Cycle Chiller"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A13,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial water heating with tanks"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"kWh/100,000 sq. ft"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":138723.40425531915},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":374553.19148936169},{"$f":"1-M13/N13","v":0.62962962962962954},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.94/SF, based on prototypical mid-rise multifamily building of 117,500 SF and a total incremental cost of $110,275"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":0.94},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.94},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Heller, J. & Cejudo, C. Reverse Cycle Chillers for Multifamily Buildings in the Pacific Northwest : Phase I Final Report. Bonneville Power Administration (2009)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Used same percent savings and cost as multi-family measure.\nThis measure can be included in the UBER goal in the future if additional analyses were done on the technology."}]
[208,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost & deploy indirect, active solar water heating with gas back up to commercial buildings (no fuel switching)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Solar WH Indirect Active, Gas BU (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A14,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy consumption by all commercial gas storage water heaters"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.61},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M14-N14","v":0.61},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"103.61/sqft compressed 50% as per roadmap"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":24710.985000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":24710.985000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit; 477 square feet absorber"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Itron, Inc.; \"California Center for Sustainable Energy Solar Water Heating Pilot Program\" (3/2011)\nFederal Energy Management Program, \"Solar Water Heating with Low-Cost Plastic Systems\" (1/2012)\nOther Supporting Sources: Hudon, Burch \"Solar Water Heating Roadmap\" (in preperation)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: 3% end use penalty for 40W pump (scaled to 2 % for 20W design) \nAppendix B: Thorough analysis of multiple sources; represents aggregate savings net of parasitic loads\nCosts represent program targets informed by roadmap (in preperation)"}]
[501,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy natural gas absorption heat pump water heaters in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Gas Absorption HPWH"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":11},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A15,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy consumption by all commercial gas storage water heaters"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.4},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.4,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"robur has  41.7kW unit for 11480 euros. Assuming the typical commerical gas storage water heater has a capacity of 5 Tons ~ 17 kW the cost would be ~ 4841 euros or $6324 (4/18/2013)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":2799},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":6324},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3525},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Tables 6-11, 6-21, and 6-22, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances, http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_appliances_report_12-09.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Table 6-11, page 183, see \"heat pump water heater\" and Table 6-21 & 6-22, page 209. See \"heat pump water heater\". cost is evaluated according to www.lhprotrade.com/getcatfile.php?w=18, which shows that the gas absorption airsource heat pump water heaters is 11480 euros for a nominal heating capacity of 41.7kW. Assuming the typical commerical gas storage water heater has a capacity of 5 Tons ~ 17 kW the cost would be ~ 4841 euros or $6324 (4/18/2013)"}]
[502,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost and deploy thermosiphon (indirect, passive) solar water heaters (electric to electric back-up)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Solar WH, Elec. - Ind. Passive"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A16,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential electric water heaters"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.44939999999999991},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.44939999999999991,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$ 2,030 (assumed incremental to backup; all roadmap measures except \"marketing\")"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2030},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 48.3 sq. ft absorber"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"SWH roadmap; Cold Climate Solar Domestic Water Heating Systems:\nCost/Benefit Analysis and Opportunities for Improvements (Burch et. Al.)  \nPrimary Source: Itron, Inc.; \"California Center for Sustainable Energy Solar Water Heating Pilot Program\" (3/2011)\nFederal Energy Management Program, \"Solar Water Heating with Low-Cost Plastic Systems\" (1/2012)\nOther Supporting Sources: Hudon, Burch \"Solar Water Heating Roadmap\" (in preperation)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Includes 3% penalty for thermosiphon over active; 3.5% for freeze-proofing \nAppendix B: Thorough analysis of multiple sources; represents aggregate savings net of parasitic loads\nCosts represent program targets informed by roadmap (in preperation)"}]
[507,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy heat pump water heating in commercial kitchens for water heating and space cooling"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Kitchen: HPWH"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A17,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total electricity use for cooling and water heating in commercial kitchens"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"COP"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.44569614722286477},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M17-N17","v":0.44569614722286477},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$2000-$2500 per ton cooling ($5000; payback ~3.8 yrs)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":5000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"WSU fact sheet (2003), http://www.energy.wsu.edu/documents/engineering/comm_water_htrs.pdf  \nPrimary Source: Washington State University (2005), \"Energy Efficiency Fact Sheet: Commercial Water Heaters\"\nOther Supporting Sources: Estimated new unit cost is $5,000, $3,500 more than a traditional water heater"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Approx. 50% savings in WH; assume 30% reduction in cooling needed; Cost from WSU example calc"}]
[509,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace standard gas storage water heaters with condensing gas storage water heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Condensing Gas WH"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Thermal transfer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":11},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A18,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential natural gas water heating"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Factor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.77},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.59},{"$f":"1-N18/M18","v":0.23376623376623384},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See existing & efficient costs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1079},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1893},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":814},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"EPA ENERGY STAR, http://www.energystar.gov/index.cfm?c=water_heat.pr_crit_water_heaters  \nPrimary Source: Water Resources Engineering, I. Water Conservation Market Penetration Study. East Bay Municipal Utility District (2002)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Cost for 50 gal from ENERGY STAR table 2; standard Tank Gas installed cost of $865 \nAppendix B: Tables 4-7 and 4-9 represents installed faucet aerator base; used to scale nationally; fixture cost ($90 for 5 per home)provided by web search and is net of water savings valued at  $8/1000 gallons"}]
[510,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace commercial gas storage water heaters with condensing gas storage water heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Condensing Gas WH"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Thermal transfer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":11},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A19,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy consumption by all commercial gas storage water heaters"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.215},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M19-N19","v":0.215},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$6-7k + installation; $8300 WTP (5-yr payback)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":5015},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":8300},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3285},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Tables 6-11, 6-21, and 6-23, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Energy savings from EERE Water Heater Final Rule Analytical Spreadsheet (consistent with the TSD) (http://www1.eere.energy.gov/buildings/appliance_standards/residential/heating_products_fr_spreadsheets.html)  \nPrimary Source:  Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances, http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_appliances_report_12-09.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: ***Check w/ Labs--Priority Spreadsheet gives 50% UEC savings but doesn't jive w/ Navigant; Baseline is Rheem SpiderFire commercial gas WH, Amazon price; Recovers heat in flue gases and transfers to water in tank \nAppendix B: Energy savings comes from average of Tables 6-11 and 6-21. Cost comes from Table 6-21: max cost of $8,300 minus $5015 of standard commercial gas storage water heater"}]
[516,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost and deploy thermosiphon (indirect, passive) solar water heaters (gas to gas back-up)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Solar WH, Gas - Ind. Passive"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A20,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential natural gas water heating"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.44259999999999999},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.44259999999999999,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$ 2,030 (assumed incremental to backup; all roadmap measures except \"marketing\")"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2030},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 48.3 sq. ft absorber"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"SWH roadmap; California Center for Sustainable Energy Solar Water Heating Pilot Program 3/2011; Cold Climate Solar Domestic Water Heating Systems:\nCost/Benefit Analysis and Opportunities for Improvements (Burch et. Al.)  \nPrimary Source: Itron, Inc.; \"California Center for Sustainable Energy Solar Water Heating Pilot Program\" (3/2011)\nFederal Energy Management Program, \"Solar Water Heating with Low-Cost Plastic Systems\" (1/2012)\nOther Supporting Sources: Hudon, Burch \"Solar Water Heating Roadmap\" (in preperation)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Includes 3% penalty for thermosiphon over active; 3.5% for freeze-proofing \nAppendix B: Thorough analysis of multiple sources; represents aggregate savings net of parasitic loads\nCosts represent program targets informed by roadmap (in preperation)"}]
[524,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy heat pump water heaters in commercial buildings (no fuel switching)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: HPWH (COP 2.0)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":16},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A21,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy consumption by all commercial electric storage water heaters"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.5,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$1400-4k+tank; $17,000 WTP (5-yr payback)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":2000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":5000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Tables 6-11, 6-21, and 6-24, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances  \nPrimary Source: Goetzler, W., Zogg, R., Burgos, J., Hiraiwa, H. & Young, J. Energy Savings Potential and RD & D Opportunities for Commercial Building HVAC Systems. Navigant Consulting (2011). Tables 6-11, 6-24\nOther Supporting Sources: Navigant Consulting Research and Development Roadmap for Water Heating. Department of Energy  (2011)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"The primary source (NCI 2011, HVAC systems) does not have the suggested tables, nor does it provide any HPWH info. Regarding scaled to commercial capacity comment (below), it seems this refers to the cost, which was found by google. It is likely that the cost found was for residential units, and then it was adjusted to a larger volume commercial applications.\n\nBTP Tool: Small-Medium Commercial Units (50-100 gal, EF=2.2-2.4 \nAppendix B: Cost taken from google shopping search, average of 12 venders (installed); scaled to commercial capacity; EF 2.38\n50% savings, $2,700 incremental to tank cost"}]
[525,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstration and deployment assistance to advanced (CO2) heat pump water heaters with COP of 5.1 (no fuel switching)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Adv. HPWH (COP 5.1, EF 4.4)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A22,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential electric water heaters"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"EF (converted from 5.1 COP)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":3.558139534883721},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.92},{"$f":"1-N22/M22","v":0.74143790849673197},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"814653 yen 4/13, 50% cost compression"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":590},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":4150},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3560},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances; Press releases and newspaper articles. DOE TSD 2010 for standard unit cost.  \nPrimary Source: r744.com, \"Eco Cute Update: new line-up with 5.1 COP by Panasonic, upgrades by Hitachi and domestic statistics in Japan\" (2011)\nZogg, Robert, et al. \"CO2 Heat pump water heaters.\" ASHRAE Journal (Nov, 2007)\nOther Supporting Sources: Navigant Consulting Research and Development Roadmap for Water Heating. Department of Energy  (2011)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: http://www.climaticoanalysis.org/post/eco-cute-vs-ene-farm-electricity-or-gas-battle-over-next-generation-environmentally-friendly-water-heaters/; popular Japanese product; referenced to baseline for electric water heater market, 2010 (backed off 5.1 COP as per Bouza to convert to US EF measure) \nAppendix B: \"achieve a COP of 5.1\"; The current retail price of this Eco Cute is 814,653 Yen (~€7,940.12)\nEF 3.56 (converted from COP 5.1); using provided cost assuming 1-to-1 drop in for resi unit"}]
[526,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy highest efficiency heat pump water heaters in homes (no fuel switching)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: HPWH COP 2.2"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A23,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential electric water heaters"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"UEC (kWh/yr)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":1183.6363636363635},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":2604},{"$f":"1-M23/N23","v":0.54545454545454553},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"1185-2000"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":590},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1482},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":892},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"DOE TSD (2010), Table 5.7.4, 5.13.4 (MSP); Tables 6-11 and 6-24, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances; EPA ENERGY STAR doc  \nPrimary Source: Fitzpatrick, S, Murray, M; \"GE Heat Pump Water Heater Report\", Advanced Energy (2011)\nOther Supporting Sources: Navigant Consulting Research and Development Roadmap for Water Heating. Department of Energy  (2011)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Use of HPWH with improved compressor efficiency and better coils and airflow; Cost is from Navigant ($1700) compared to ENERGY STAR standard Tank Electric installed cost ($650); efficiency numbers calculated from Priority Setting Spreadsheet \nAppendix B: Cost taken from google shopping search, average of 12 venders (installed)\n62% savings, (EF 0.89 -> 2.38), cost $1438 (average installed)\nEF 2.38"}]
[531,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase deployment of insulating blankets on residential water heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: WH Insulation Blankets"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Maintenance"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A24,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential water heater tank losses"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M24-N24","v":0.5},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":20},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":20},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"EERE Water Heater Final Rule Analytical Spreadsheet (consistent with the TSD) (http://www1.eere.energy.gov/buildings/appliance_standards/residential/heating_products_fr_spreadsheets.html)  \nPrimary Source: U.S. Department of Energy, Office of Energy Efficiency and Renewable Energy (EERE). (2011, March 30). Residential Heating Products Final Rule Analytical Tools. Retrieved from Appliance & Equipment Standards: http://www1.eere.energy.gov/buildings/appliance_standards/residential/heating_products_fr_spreadsheets.html"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Using the TSD baseline UA of 2.6 Btu/hr/F for electric water heaters and the RECS household energy use, the % standby losses are 17%. This includes thermosyphoning, which might be 30% of the total standby loss (5% of total). For gas tanks, similar calculations suggest 22% standby losses, including flue losses. Assuming 50% reduction in tank losses (12% of total energy use), I recommend using 6% savings. \nAppendix B: Cost from DOE 2011. Insulating blankets designed to reduce tank losses by roughly 50%."}]
[551,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy residential gray water drain heat exchangers in showers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Showers: Drain Heat Recovery"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A25,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential water heating energy use for showers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.3,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$500-1600 Canadian, purchase cost only"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1165},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Cost: Home Depot Canada. Accessed January 2012. http://www.homedepot.ca/catalog/drain-water-heat-recovery/173006\nSavings: 1) Residential waste water heat-recovery system: GFX. CADDET. 1997. CADDET Newsletter. http://www.gfxtechnology.com/CADDET.pdf.\n2) NCI 2009 Commercial Appliances Report. Table 6-19, p.207.\n3) Tomlinson, John; Christian, Jeff; Gehl, Tony. Evaluation of Waste Heat Recovery and Utilization from Residential Appliances and Fixtures. ORNL 2012. "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: 50 gal capacity with and w/o GFX system; 80-90% of hot water is wasted in a shower! \nAppendix B: Home Depot Canada: Purchase costs of $500-$1600 for Power Pipe ($480-$1550 US $). $150 installation assumed.  Estimated cost is $1015 equipment + $150 installation ($1165 total), for existing buildings.  \nCADDET: Improvement in EF from 0.84 to 1.29 (35% energy savings)."}]
[630,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Residential absorption gas heat pump water heaters (no fuel switching) - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Absorption Gas HPWH - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":11},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A26,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential natural gas water heating"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Factor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":1.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.59},{"$f":"M26-N26","v":0.61},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":2200},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1079},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1829},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":750},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Baseline cost from EERE Water Heater Final Rule Analytical Spreadsheet (http://www1.eere.energy.gov/buildings/appliance_standards/residential/heating_products_fr_spreadsheets.html). Efficient unit based on Robur price list for air-water gas absorption heat pump (40 kW) (www.lhprotrade.com/getcatfile.php?w=18).    \nPrimary Source: Navigant Consulting Research and Development Roadmap for Water Heating. Department of Energy  (2011)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Robur price list for air-water gas absorption heat pump (40 kW) indicates 11,480 euros ($14,586) (www.lhprotrade.com/getcatfile.php?w=18).  Assuming the price is linear with capacity, a 4.5 kW residential unit might cost about $1641.  Adding in the median installation cost of a condensing boiler from the TSD ($874), the total cost (optimistically) would be about $2515.  PEER REVIEW NOTE:  Linearly scaling down cost will provide an optimistic cost.  One point suggested that at 60% reduction in capacity might equate to only a 25% reduction in price. \nAppendix B: Performance target from Roadmap;\nRobur price list for air-water gas absorption heat pump (40 kW) indicates 11,480 euros ($14,586) (www.lhprotrade.com/getcatfile.php?w=18).  Scaling linearly with capacity gives: a 4.5 kW unit cost of $1641.  Adding median installation cost of a condensing boiler ($874) gives a total cost: $2515. 51% savigns (0.59 -> 1.2 EF)"}]
[708,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace gas water heaters with tankless gas water heaters with direct vent, condensing (Standard Level 7)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Tankless Water Heater, Level 7"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Heat Exchanger"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":11},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A27,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential natural gas water heating"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Factor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.92},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.59},{"$f":"M27-N27","v":0.33000000000000007},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":2884},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1079},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2884},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1805},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit; 199,000 BTU/hr capacity"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"DOE TSD (2010), http://www1.eere.energy.gov/buildings/appliance_standards/residential/heating_products_fr.html  \nPrimary Source: U.S. Department of Energy, Office of Energy Efficiency and Renewable Energy (EERE). (2011, March 30). Residential Heating Products Final Rule Analytical Tools. Retrieved from Appliance & Equipment Standards: http://www1.eere.energy.gov/buildings/appliance_standards/residential/heating_products_fr_spreadsheets.html"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Unknown gas access and cost for gas plumbing imply this is an aggressive estimate; Baseline efficiency and cost is weighted average of standard gas storage (98%) and tankless water heaters (2%) \nAppendix B: Efficiency and cost from DOE 2011, Efficiency Level 7.  Baseline efficiency and cost is weighted average of standard gas storage/tankless.  Does not include gas access and plumbing costs.  "}]
[792,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Low cost solar water heater, gas back up with no fuel switching to replace all gas water heater"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: NREL Solar WH Gas BU $1200"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A28,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential natural gas water heating"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.32},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M28-N28","v":0.32},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$1200 - lower bound based on NREL"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1200},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 48.3 sq. ft absorber"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Bahman Habibzadeh"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":0}]
[798,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop and demonstrate solid state heat pump water heater (HPWH) (SBIR Award) in homes (no fuel switching)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: HPWH - SBIR"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A29,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential electric water heaters"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Factor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":1.1000000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.92},{"$f":"M29-N29","v":0.18000000000000005},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$500 Total Cost, assuming $150 price premium"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":150},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"FOA Topic"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Based on Measures 526 and 607"}]

{"sheet":"Water Heating Outputs","index":3,"n_rows":33,"n_cols":17,"rows_kept":33,"cut":false,"hidden":false,"merged":[[32,3,32,13],[9,1,9,16]]}
[]
[null,null,null,"This tab contains data and graphs for:","Water Heating Outputs"]
[]
[null,"Each entry in the table below shows the results for each particular energy efficiency measure included in the BTO Prioritization Tool analysis. These results are graphed and illustrated below."]
[]
[null,"Abbreviations: "]
[null,"C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; WH: Water Heater; HP: Heat Pump"]
[]
[null,"Deployment Level Code:"]
[null,"0: Roadmap Goal / Target;   1: Early R&D: not basic science, but still lab bench;    2: Late R&D: cost reduction, performance improvement, maybe available to early adopters);   3: Early Deployment: savings not yet proven in whole building context\n4: Late Deployment: savings proven, but need to transform the market;   5: Standards: rule in place, underway, planned, or ready to be planned."]
[]
[null,"Measure No.",null,"Description","Brief description","Deployment Level (0-5)",null,"Market: Consumption, 2030 (TBTUs)","Market: Stock, 2030 (Million Units)","Stock Unit Definition",null,"Technical Potential, 2030 (TBTUs)","Unstaged Maximum Adoption Potential, 2030 (TBTUs)","Unstaged CCE ($/MMBTU)",null,"Staged Maximum Adoption Potential, 2030 (TBTUs)","Staged CCE \n($/MMBTU)"]
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[null,67,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy waste heat recovery systems (desuperheaters) for single family cooling and water heating applications (note: May not work on SEER 13+ because coolant too cold)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Waste Heat Recovery from AC"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B21, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B21,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":4785.7007339515767},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B21, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":101.37806},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; family of 4: 3 ton A/C; 70 gal/day hot H2O"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B21,'[2]Adoption curve'!$B$38:$B$650,0))","v":326.88259703801214},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B21,[2]Staging!$D$6:$D$566,0))","v":326.88259703801214},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B21,[2]Staging!$D$6:$D$566, 0))","v":11.77},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B21,[2]Staging!$D$6:$D$566,0))","v":0.14688383402032176},{"$f":"IF(P21=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B21,[2]Staging!$D$6:$D$566,0)),$N21))","v":100}]
[null,502,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B22, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost and deploy thermosiphon (indirect, passive) solar water heaters (electric to electric back-up)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B22, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Solar WH, Elec. - Ind. Passive"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B22, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B22,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1693.9617127244783},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B22, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":63.154532000000003},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B22, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 48.3 sq. ft absorber"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B22,'[2]Adoption curve'!$B$38:$B$650,0))","v":709.56670708650665},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B22,[2]Staging!$D$6:$D$566,0))","v":661.77217739404944},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B22,[2]Staging!$D$6:$D$566, 0))","v":14.16},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B22,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P22=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B22,[2]Staging!$D$6:$D$566,0)),$N22))","v":"N/A"}]
[null,516,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B23, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost and deploy thermosiphon (indirect, passive) solar water heaters (gas to gas back-up)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B23, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Solar WH, Gas - Ind. Passive"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B23, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B23,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1398.7838429999999},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B23, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":72.744193999999993},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B23, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 48.3 sq. ft absorber"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B23,'[2]Adoption curve'!$B$38:$B$650,0))","v":526.76679573626086},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B23,[2]Staging!$D$6:$D$566,0))","v":526.76679573626086},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B23,[2]Staging!$D$6:$D$566, 0))","v":17.809999999999999},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B23,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P23=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B23,[2]Staging!$D$6:$D$566,0)),$N23))","v":"N/A"}]
[null,792,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B24, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Low cost solar water heater, gas back up with no fuel switching to replace all gas water heater"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B24, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: NREL Solar WH Gas BU $1200"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B24, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B24,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1398.7838429999999},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B24, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":72.744193999999993},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B24, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 48.3 sq. ft absorber"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B24,'[2]Adoption curve'!$B$38:$B$650,0))","v":335.02688240142925},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B24,[2]Staging!$D$6:$D$566,0))","v":335.02688240142925},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B24,[2]Staging!$D$6:$D$566, 0))","v":16.829999999999998},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B24,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P24=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B24,[2]Staging!$D$6:$D$566,0)),$N24))","v":"N/A"}]
[null,708,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B25, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace gas water heaters with tankless gas water heaters with direct vent, condensing (Standard Level 7)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B25, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Tankless Water Heater, Level 7"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B25, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B25, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B25, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B25,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1398.7838429999999},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B25, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":72.744193999999993},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B25, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit; 199,000 BTU/hr capacity"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B25,'[2]Adoption curve'!$B$38:$B$650,0))","v":561.06726717507229},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B25,[2]Staging!$D$6:$D$566,0))","v":561.06726717507229},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B25,[2]Staging!$D$6:$D$566, 0))","v":16.829999999999998},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B25,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P25=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B25,[2]Staging!$D$6:$D$566,0)),$N25))","v":"N/A"}]
[null,208,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B26, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost & deploy indirect, active solar water heating with gas back up to commercial buildings (no fuel switching)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B26, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Solar WH Indirect Active, Gas BU (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B26, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B26, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B26, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B26,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":294.30100000000004},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B26, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":1.8679556881248294},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B26, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit; 477 square feet absorber"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B26,'[2]Adoption curve'!$B$38:$B$650,0))","v":165.88195827205027},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B26,[2]Staging!$D$6:$D$566,0))","v":165.88195827205027},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B26,[2]Staging!$D$6:$D$566, 0))","v":19.87},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B26,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P26=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B26,[2]Staging!$D$6:$D$566,0)),$N26))","v":"N/A"}]
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[]
[null,null,null,"Water Heating Results Graphs"]

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[]
["Each entry in the below table represents the inputs and assumptions for one particular energy efficiency measure included in the BTO Prioritization Tool analysis."]
[]
["Abbreviations: "]
["C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; HP: Heat Pump"]
[]
["Indexing #",null,"These columns describe the measure and its characteristics",{"$nulls":5},"These columns describe the market to which the measure is applied",null,null,"These columns describe the efficiency level of the measure",{"$nulls":4},"These columns contain the cost data for the measure and what it replaces in the market",{"$nulls":5},"These columns list sources and notes applicable to the measure"]
["Measure No.",null,"Description","Brief description","Component","Deployment Level (0-5)","Lifetime (years)",null,"Sector Targeted","Market Description",null,"Units of  Operation","Efficient Operation","Baseline Operation","Energy Savings (%) ",null,"Market Cost (as defined in the source)","Market Cost (per standard unit)","Market Cost (per efficient unit, at scale)","Incremental Measure Cost","Stock Unit Definition",null,"Source(s) Used","Relevant Notes"]
[745,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage lower window to wall ratios (20% reduction)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Reduce Window Area by 20% (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A11,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total commercial radiative and conductive window load"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":9.1999999999999998E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M11-N11","v":9.1999999999999998E-2},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"1000 ft2 window area in baseline, $47.23/ft2"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":47230},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":37784},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-0.18892},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 50,000 ft^2 retail store"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Hale, E., Leach, M., Hirsch, A. & Torcellini, P. General Merchandise 50 % Energy Savings Technical Support Document General Merchandise 50 % Energy Savings Technical Support Document. 188 (2009). http://www.nrel.gov/docs/fy08osti/42828.pdf."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumes 20% reduced window area contributes 50% of total energy savings associated with glazing area in the TSD, which averages about 8% of whole-building energy use.; scaled to HVAC only \nAppendix B: Hale: 1000 ft2 window area in baseline, $47.23/ft2.  \nAssumes 20% reduced window area contributes 50% of total energy savings associated with glazing area, which averages about 8% of whole-building energy use.."}]
[399,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy dynamic windows in new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Dynamic Windows (N) - cost TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A12,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total solar heat gain cooling in new commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"SHGF improvement, 50% of time"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.09},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.8},{"$f":"50%*(1-M12/N12)","v":0.44374999999999998},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$18/sqft vs. $10 for IGU; target: $8 incremental cost"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":3.6},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":6.48},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2.8800000000000003},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall: floor space of .9, window fill ratio of 0.4"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Lee, E.S., Yazdanian, M. & Selkowitz, S.E. The Energy-Savings Potential of Electrochromic Windows in the US Commercial Buildings Sector. Building 1-42 (2004). Cost: Personal communication - manufacturers and experts\nOther Supporting Sources: Arasteh, D.; Selkowitz, S.;  Apte, J.; \"Zero Energy Windows\"; 2006 ACEEE Summer Study on Energy Efficiency in Buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Impact from Lee paper scaled to full market \nAppendix B: ~95 TBTUs savings at 40% market penetration"}]
[400,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy dynamic windows in new homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Dynamic Windows (N) - cost TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A13,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through windows due to radiation in all new homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"SHGF improvement, 50% of time"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.09},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.56573146292585175},{"$f":"50%*(1-M13/N13)","v":0.4204569606801275},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$18/sqft vs. $10 for IGU; target: $8 incremental cost"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1920},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":3456},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1536},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; wall: floor space of .9, window fill ratio of 0.4"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Program  \nPrimary Source: Arasteh, D.; Selkowitz, S.;  Apte, J.; \"Zero Energy Windows\"; 2006 ACEEE Summer Study on Energy Efficiency in Buildings\nOther Supporting Sources: Lee, E.S., Yazdanian, M. & Selkowitz, S.E. The Energy-Savings Potential of Electrochromic Windows in the US Commercial Buildings Sector. Building 1-42 (2004). Cost: Personal communication - manufacturers and experts"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Includes system benefits as cost reduction (i.e., blinds, HVAC) \nAppendix B: Table 4; adjusted for new building codes"}]
[401,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy dynamic windows in existing homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Dynamic Windows (E) - cost TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A14,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through windows due to radiation in all homes built before 2010 "},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"SHGF improvement, 50% of time"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.09},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.56573146292585175},0.4204569606801275,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$18/sqft vs. $10 for IGU; target: $8 incremental cost"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1920},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":3456},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1536},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; wall: floor space of .9, window fill ratio of 0.4"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Program  \nPrimary Source: Arasteh, D.; Selkowitz, S.;  Apte, J.; \"Zero Energy Windows\"; 2006 ACEEE Summer Study on Energy Efficiency in Buildings\nOther Supporting Sources: Lee, E.S., Yazdanian, M. & Selkowitz, S.E. The Energy-Savings Potential of Electrochromic Windows in the US Commercial Buildings Sector. Building 1-42 (2004). Cost: Personal communication - manufacturers and experts"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Does not include system benefits \nAppendix B: Table 4; baseline updated to 2010 stock"}]
[402,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy dynamic windows in existing commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Dynamic Windows (E) - cost TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A15,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Commercial solar heat gain cooling load"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"SHGF improvement, 50% of time"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.09},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.8},0.44374999999999998,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$18/sqft vs. $10 for IGU; target: $8 incremental cost"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":3.6},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":6.48},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2.8800000000000003},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall: floor space of .9, window fill ratio of 0.4"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Program  \nPrimary Source: Lee, E.S., Yazdanian, M. & Selkowitz, S.E. The Energy-Savings Potential of Electrochromic Windows in the US Commercial Buildings Sector. Building 1-42 (2004). Cost: Personal communication - manufacturers and experts\nOther Supporting Sources: Arasteh, D.; Selkowitz, S.;  Apte, J.; \"Zero Energy Windows\"; 2006 ACEEE Summer Study on Energy Efficiency in Buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Does not include system benefits \nAppendix B: ~95 TBTUs savings at 40% market penetration"}]
[421,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and demonstrate R-10 windows in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-10 Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A16,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through windows due to conduction in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":10},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":1.8612192456432659},{"$f":"(1/N16-1/M16)*N16","v":0.81387807543567348},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$29/sqft premium  $15 premium"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2880},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2880},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 192 sq.ft. glazing"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Southwall, Alpeninc, PNNL Lost Opportunities  \nPrimary Source: 6. Apte, J. & Arasteh, D. Window-Related Energy Consumption in the US Residential and Commercial Building Stock. Buildings 1-38 (Berkeley, CA, 2006).\nPersonal communication: various window experts\nOther Supporting Sources: Arasteh, Dariush; Selkowitz, Steve; Apte, Josh; LaFrance, Marc.  Energy Impacts of Today’ s Window Stock "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Does not include system benefits \nAppendix B: See tables 4 and 7 for use and savings\nCalculated from first principles; costs from NREL bottom-up VIG build"}]
[422,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and demonstrate R-10 windows in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: R-10 Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A17,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total window conductive loss in all commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":10},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":1.6129032258064517},{"$f":"(1/N17-1/M17)*N17","v":0.83870967741935498},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$29/sqft premium"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":10.663200000000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":10.663200000000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall: floor space of .9, window fill ratio of 0.4"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Southwall, Alpeninc, PNNL Lost Opportunities  \nPrimary Source: 6. Apte, J. & Arasteh, D. Window-Related Energy Consumption in the US Residential and Commercial Building Stock. Buildings 1-38 (Berkeley, CA, 2006).\nPersonal communication: various window experts\nOther Supporting Sources: Arasteh, Dariush; Selkowitz, Steve; Apte, Josh; LaFrance, Marc.  Energy Impacts of Today’ s Window Stock "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Does not include system benefits \nAppendix B: See tables 4 and 7 for use and savings\nCalculated from first principles; costs from NREL bottom-up VIG build"}]
[575,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy insulating and reflective attachments to homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Window Attachments"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A18,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential windows that can benefit from attachments"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.48156570725972658},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M18-N18","v":0.48156570725972658},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$157.80 vs. $48 for 30\"x60\" window; assume 1/3rd price compresion"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":672},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1472.8000000000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":800.80000000000018},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 14 windows/home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"DOE-EPA Attachmentsindustry presentation; http://www.solar-components.com/comfortex.htm  \nPrimary Source: Savings: first principles calculation from R- and SHGC- impacts of product\nPrice: Comfortex. Manufacturer & expert interviews\nOther Supporting Sources: Kotey, N.A., Wright, J.L., Barnaby, C.S., Collins, M.R., \"Solar Gain Through Windows with Shading Devices:  Simulation versus Measurement,\" ASHRAE Transactions, Vol. 115, Pt. 2, (2009)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Savings: adding R-value of 1.75 and reducing SHGC to 0.35\nPrice: Comfortex current prices compressed 1/3rd to represent learning curve"}]
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[586,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of low-e standard storm windows on existing 1-pane metal framed windows in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Low-e Storms"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A20,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy losses due to conduction for single pane glass windows for all homes built before 2010"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.57693076282567479},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.57693076282567479,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$75/window"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 10 storms/home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Kohler, C Letter report for low-e storm window retrofits, 2006"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Report indicates 19% savings of whole home heating for low-e storms, scaled to address conductive and radiative loss \nAppendix B: \"A simulation study in 2004 has shown that by using pyrolitic “hard” low-e coatings.. will increase from approximately 15% of the home’s heating energy to 18%. The additional cost is...on the order of $100.\" Note: 18% of home heating/ cooling is 58% of window load heating/cooling"}]
[587,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of low-e storm windows on existing 1-pane metal framed windows in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Low-e Storms"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A21,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Radiative and conductive window load - single pane"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.57693076282567479},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.57693076282567479,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$75/window"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.36000000000000004},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall: floor space of .9, window fill ratio of 0.4"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Kohler, C Letter report for low-e storm window retrofits, 2006"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Report indicates 19% savings of whole home heating for low-e storms, scaled to address conductive and radiative loss \nAppendix B: \"A simulation study in 2004 has shown that by using pyrolitic “hard” low-e coatings.. will increase from approximately 15% of the home’s heating energy to 18%. The additional cost is...on the order of $100.\" Note: 18% of home heating/ cooling is 58% of window load heating/cooling"}]
[642,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of R-5 replacement windows in new homes or at retrofit"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-5 Repl. Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A22,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through windows due to conduction in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":1.8612192456432659},{"$f":"(1/N22-1/M22)*N22","v":0.62775615087134684},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$5.07/sq-ft prem."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":973.44},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":973.44},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Program  \nPrimary Source: 6. Apte, J. & Arasteh, D. Window-Related Energy Consumption in the US Residential and Commercial Building Stock. Buildings 1-38 (Berkeley, CA, 2006)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Reduced IGU cost by $1/sq.ft. to account for low-e coating \nAppendix B: See tables 4 and 7 for use and savings"}]
[643,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of R-5 replacement windows in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: R-5 Repl. Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":60},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A23,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total window conductive loss in all commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":1.6129032258064517},{"$f":"(1/N23-1/M23)*N23","v":0.67741935483870974},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$5.07/sq-ft prem."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1.8252000000000004},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1.8252000000000004},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Program  \nPrimary Source: 6. Apte, J. & Arasteh, D. Window-Related Energy Consumption in the US Residential and Commercial Building Stock. Buildings 1-38 (Berkeley, CA, 2006)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Reduced IGU cost by $1/sq.ft. to account for low-e coating \nAppendix B: See tables 4 and 7 for use and savings"}]
[651,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstate, deploy, and increase adoption of dynamic window films in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Dynamic Window Films"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A24,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy losses for windows with non low-e glass in all homes built before 2010"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"SHGF"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.56573146292585175},{"$f":"1-M24/N24","v":0.46971307120085026},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$2.25/sq.ft."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":432},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":432},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 192 sq.ft. of windows"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Selkowitz, first principles  \nPrimary Source: Huang, J. Computer Simulation Analysis of the Energy Impact of Window Films In Existing Houses\nSelkowitx, S. Personal communication"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Savings only for single pain radiation \nAppendix B: Tables 12-16 used to generate estimate of population average\nSimplified to SHGF and used vs. existing baseline\nImproving SHGF from 0.74 to 0.30 on windows incuring the greatest load"}]
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[802,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and demonstrate R-10 windows in homes (DOE Roadmap 2025 Cost Target)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R:  R-10 Windows - 2025 Cost TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A27,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through windows due to conduction in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":10},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":1.8612192456432659},{"$f":"(1/N27-1/M27)*N27","v":0.81387807543567348},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$6/SF Premium"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1152},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1152},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 192 sq.ft. glazing"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Cost target: Windows Roadmap Goals provided by Karma.\nSouthwall, Alpeninc, PNNL Lost Opportunities  \nPrimary Source: 6. Apte, J. & Arasteh, D. Window-Related Energy Consumption in the US Residential and Commercial Building Stock. Buildings 1-38 (Berkeley, CA, 2006).\nPersonal communication: various window experts\nOther Supporting Sources: Arasteh, Dariush; Selkowitz, Steve; Apte, Josh; LaFrance, Marc.  Energy Impacts of Today’ s Window Stock ; FOA TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Does not include system benefits \nAppendix B: See tables 4 and 7 for use and savings\nCalculated from first principles; costs from NREL bottom-up VIG build"}]
[803,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and demonstrate R-10 windows in commercial buildings (DOE Roadmap 2025 Cost Target)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C:  R-10 Windows - 2025 Cost TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A28,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total window conductive loss in all commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":10},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":1.6129032258064517},{"$f":"(1/N28-1/M28)*N28","v":0.83870967741935498},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$6/SF Premium"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2.16},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2.16},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall: floor space of .9, window fill ratio of 0.4"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Cost target: Windows Roadmap Goals provided by Karma. \nSouthwall, Alpeninc, PNNL Lost Opportunities  \nPrimary Source: 6. Apte, J. & Arasteh, D. Window-Related Energy Consumption in the US Residential and Commercial Building Stock. Buildings 1-38 (Berkeley, CA, 2006).\nPersonal communication: various window experts\nOther Supporting Sources: Arasteh, Dariush; Selkowitz, Steve; Apte, Josh; LaFrance, Marc.  Energy Impacts of Today’ s Window Stock ; FOA TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Does not include system benefits \nAppendix B: See tables 4 and 7 for use and savings\nCalculated from first principles; costs from NREL bottom-up VIG build"}]
[811,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop a low-cost window coating to redirect daylight deeper into buildings to offset lighting energy"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Film for Daylight - cost TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A29,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial fluorescents in a perimeter zone "},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M29-N29","v":0.3},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$4/ft^2 PNNL target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":60.000000000000007},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":60.000000000000007},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per fluorescent lamp"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"PNNL Project, K. J. Alvine, Bernacki, Bennett. Karma sent the slide, and it is saved in supporting documentations folder. Also, Kyle Alvine submitted a Addition Request form."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Cost calculations: $4 film/ 1 sqft of window * sqft of window/sqft of floor(0.36) * sqft of floor/ fluorescent lamp (1/0.024). Window to floor ratio: 0.4 * 0.9(space filled by glass) = 0.36; 0.024 lamps/sqft (LMC 2010, NCI: 811 xcl file calc.)\n"}]
[816,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, develop and demonstrate lighting energy savings of improved daylighting over 50 foot floor plate in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Perim. Zone Daylight - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A30,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial fluorescents in a perimeter zone "},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.5,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"<$8/ft^2 cost target (including controls and sensors)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":120.00000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":120.00000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per fluorescent lamp"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Source: Karma Sawyer:  Windows Roadmap Goals (May 30, 2013)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Cost calculations: $8/ 1 sqft of window * sqft of window/sqft of floor(0.36) * sqft of floor/ fluorescent lamp (1/0.024). Window to floor ratio: 0.4 * 0.9(space filled by glass) = 0.36; 0.024 lamps/sqft (LMC 2010, NCI: 811 xcl file calc.)\n"}]

{"sheet":"Windows Outputs","index":5,"n_rows":35,"n_cols":17,"rows_kept":35,"cut":false,"hidden":false,"merged":[[34,3,34,13],[9,1,9,16]]}
[]
[null,null,null,"This tab contains data and graphs for:","Windows Outputs"]
[]
[null,"Each entry in the table below shows the results for each particular energy efficiency measure included in the BTO Prioritization Tool analysis. These results are graphed and illustrated below."]
[]
[null,"Abbreviations: "]
[null,"C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; HP: Heat Pump"]
[]
[null,"Deployment Level Code:"]
[null,"0: Roadmap Goal / Target;   1: Early R&D: not basic science, but still lab bench;    2: Late R&D: cost reduction, performance improvement, maybe available to early adopters);   3: Early Deployment: savings not yet proven in whole building context\n4: Late Deployment: savings proven, but need to transform the market;   5: Standards: rule in place, underway, planned, or ready to be planned."]
[]
[]
[null,"Measure No.",null,"Description","Brief description","Deployment Level (0-5)",null,"Market: Consumption, 2030 (TBTUs)","Market: Stock, 2030 (Million Units)","Stock Unit Definition",null,"Unstaged Maximum Adoption Potential, 2030 (TBTUs)","Unstaged Maximum Adoption Potential, 2030 (TBTUs)","Unstaged CCE ($/MMBTU)",null,"Staged Maximum Adoption Potential, 2030 (TBTUs)","Staged CCE \n($/MMBTU)"]
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[]
[null,null,null,"Windows Results Graphs"]

{"sheet":"Envelope Inputs","index":6,"n_rows":45,"n_cols":24,"rows_kept":45,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"This tab contains data for:",{"$f":"RIGHT(CELL(\"filename\",A1),LEN(CELL(\"filename\",A1))-FIND(\"]\",CELL(\"filename\",A1)))","v":"Envelope Inputs"}]
[]
["Each entry in the below table represents the inputs and assumptions for one particular energy efficiency measure included in the BTO Prioritization Tool analysis."]
[]
["Abbreviations: "]
["C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; HP: Heat Pump"]
[]
["Indexing #",null,"These columns describe the measure and its characteristics",{"$nulls":5},"These columns describe the market to which the measure is applied",null,null,"These columns describe the efficiency level of the measure",{"$nulls":4},"These columns contain the cost data for the measure and what it replaces in the market",{"$nulls":5},"These columns list sources and notes applicable to the measure"]
["Measure No.",null,"Description","Brief description","Component","Deployment Level (0-5)","Lifetime (years)",null,"Sector Targeted","Market Description",null,"Units of  Operation","Efficient Operation","Baseline Operation","Energy Savings (%) ",null,"Market Cost (as defined in the source)","Market Cost (per standard unit)","Market Cost (per efficient unit, at scale)","Incremental Measure Cost","Stock Unit Definition",null,"Source(s) Used","Relevant Notes"]
[419,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize advanced wall construction techniques"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Adv. Framing in Codes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":80},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A11,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through walls in all new homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":14.6},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":11.1},{"$f":"1-N11/M11","v":0.23972602739726023},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":-750},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-750},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"http://www.energysavers.gov/your_home/designing_remodeling/index.cfm/mytopic=10090  \nPrimary Source: National Assocation of Home Builders, Southface Energy Institiute & Oak Ridge National Laboratory ADVANCED WALL FRAMING. U.S. Department of Energy (2000).\nOther Supporting Sources: Straube, J. & Smegal, J. Building America Special Research Project: High-R Walls Case Study Analysis. Building Science 68 (Somerville, MA, 2009)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: http://www.energysavers.gov/your_home/designing_remodeling/index.cfm/mytopic=10090 \nAppendix B: \"Advanced framing techniques can result in materials cost savings of [$500-$1000], labor cost savings of [3-5%], and annual heating and cooling cost savings of up to 5 percent.\"\nSavings includes material cost only; average (4%) heating and cooling sclaed up from full building to walls portion"}]
[390,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to 2x6 (advanced framing, 24\" OC + R-19) construction in residential codes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: 2x6, 24\" OC Framing, Code"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":80},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A12,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through walls in all new homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":19.600000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":11.1},{"$f":"1-N12/M12","v":0.43367346938775519},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.00/sq-ft"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"NREL technology fact sheet 26449.pdf  \nPrimary Source: NAHB Research Center; Southface Energy Institute; Oark Ridge National Laboratory; National Renewable Energy Laboratory; \"Technology Fact Sheet: Advanced Framing\" (2000"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumes 24\" studs and no increase in window/door cost for equivalent cost. Represents moving average wall construction to indicated R-value \nAppendix B: \"Fully implementing advanced framing techniques can result in materials cost savings of about $500-$1000 (for a 1,200-2,400-square-foot house, respectively), labor cost savings of between 3 and 5 percent, and annual heating and cooling cost savings of up to 5 percent.\"\nScaleed up 5% whole-building savings to share of wall load"}]
[381,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced white roofs to commercial buildings in the hottest climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Cool Roofs, Hot CZ, 0.75 SR"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Roof"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A13,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial cooling in the hottest 2 climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.14538081949487847},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M13-N13","v":0.14538081949487847},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Cost premium of $0.31/SF of roof area"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":8.3783783783783775E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":8.3783783783783775E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 3.7 floors/building average"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"http://eetd.lbl.gov/EA/Reports/40673/, roofcalc.com (broken); Energy Efficiency (2010) 3:53–109; http://www.fseer.com/DuroLastFacts.aspx;  NEW SOURCE:  http://www.coolrooftoolkit.org/wp-content/uploads/2012/07/CEC-Non-Res-Cool-Roof-Cost-summary.pdf  \nPrimary Source: Konopacki, S., Akbari, H., Pomerantz, M., Gabersek, S. & Gartland, L. Cooling Energy Savings of Light-Colored Roofs for Residential and Commercial Buildings in 11 U.S. Metropolitan Areas. 117 (1997)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: See added sheet at end \nAppendix B: Supporting calculations in tool"}]
[391,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage building sealing in homes:  40% reduction"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Reduce Infiltration (40%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Infiltration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A14,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through infiltration in all homes built before 2010 "},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.4},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M14-N14","v":0.4},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$1.50/SF of floor area"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2901},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2901},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 1,934 square foot of floor space (BED 2011); average home built mid 1970 (BED 2011); drafty housing: ~47% - RECs, Table HC2.3, 2009)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Savings and cost is based on RS Mean 2010 data. Other documents: DOE's BTP's Air Sealing Report 2010. Cost: pg. 18 (leaky house - max cost)http://apps1.eere.energy.gov/buildings/publications/pdfs/building_america/ba_airsealing_report.pdf. NREL measure database. Savings: http://www.energystar.gov/index.cfm?c=home_sealing.hm_improvement_methodology"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: DQ 0: Experts agree 50% savings is most reflective of typical benefit and cost"}]
[395,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy radiative barrier in attics in all homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Attic Rad. Barrier (12%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Roof"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A15,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through attic in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.12},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.12,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.19/sq.ft."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":263.27172275046934},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":263.27172275046934},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Primary Source: Medina, M; \"On the performance of radiant barriers in combination with different attic insulation levels\"; Energy and Buildings 33 (2000) 31-40\nOther Supporting Sources: Levins, W. P.; Karnitz, M. A.; Knight, D. K.; \"Cooling Energy Measurements of Houses with Attics Containing Radiant Barriers\".\nMedina, M; O'Neil, D; Turner, W.; Effect of Attic Ventilation on Performance of Radiant Barriers\"; Transactions of the ASME Vol. 114 pf 234 11/1992\nhttp://www.reflectixinc.com/basepage.asp?PageIndex=390;"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Conservative estimate; ignores heating savings \nAppendix B: \"produced yearly heat-load reductions of approximately 44, 28, and 23%\"\nAdjusted for heating penalty and average national load as per cool roof calculations\nCosts taken from manufacturer's website (6/11)"}]
[396,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Insulate crawl spaces to R-17 in all homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-17 Crawl Spaces"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Basement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A16,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling energy lost through crawl space foundation in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":17},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":4},{"$f":"(1/N16-1/M16)*N16","v":0.76470588235294112},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.19/sq.ft."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":228},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":228},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"http://www.radiantguard.com/how-to-install-radiant-barrier.aspx  \nPrimary Source: Savings: First principles (market and baseline drawn from RECs analysis)\nCost: NREL measure database"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[405,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop integrated roofing package for new homes in non-hot climates using phase change materials (PCM) for R-75 equivalent"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Adv. R-75 Roofing, non-hot CZ (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Roof"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A17,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling energy lost through attics in all new homes in all non-hot climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":75},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":38},{"$f":"(1/N17-1/M17)*N17","v":0.49333333333333323},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$1.30/sq-ft"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1801.3328398716324},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1801.3328398716324},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":" Miller, W. & Kosny, J. Next-Generation Roofs and Attics for Homes. ACEEE Summer Study on Energy Efficiency in Buildings 180-195 (2008)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[406,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Implement R-11 basement insulation in all homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Basement to R-11"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Basement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A18,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling energy lost through basements in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":15},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":4},0.73333333333333339,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.46/sq-ft"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1196},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1196},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Savings: First principles (market and baseline drawn from RECs analysis). Cost: NREL measure database"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: R-15 is effective total assmely thermal resistance after adding R-11 insulation"}]
[408,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Implement R-40 attic insulation in poorly insulated home attics"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Poor Attics to R-40"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Roof"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A19,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through attics in all homes with poorly insulated attics"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":40},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":4},0.9,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$1.40/sq-ft"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1680},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1680},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Savings: First principles (market and baseline drawn from RECs analysis). Cost: NREL measure database"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[423,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and move to standardize residential door R-values"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-7 Doors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Doors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A20,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through doors in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":7.1428571428571423},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":1.8181818181818181},0.74545454545454548,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":90},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":90},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":90},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Lowe's, NREL database  \nPrimary Source: Savings: First principles (market and baseline drawn from RECs analysis)\nCost: NREL measure database"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[426,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize home wrap on new homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Building Wrap"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Infiltration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":60},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A21,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through infiltration in all new homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.13},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M21-N21","v":0.13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$748/2000 sq-ft home inflated to 2011"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1040.5644090916799},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1040.5644090916799},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Program  \nPrimary Source: Architectural Energy Company, \"Impact of Title 24 Residential Air Leakage Reduction Credit on Water-Resistive Barriers in California Homes\", 2006"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Uses two layer/ double ply with tape cost \nAppendix B: Blower door testing indicated that the replacement of two layers of Grade D building paper with a spun-bonded polyolefin housewrap reduced the SLA by an average of 13% (Wilcox, 2001)."}]
[427,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize building wrap on new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Building Wrap"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Infiltration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":80},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A22,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through infiltration in new commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"ACH"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":1.4999999999999999E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":3.7999999999999999E-2},{"$f":"1-M22/N22","v":0.60526315789473684},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$1.40/sq-ft"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1.26},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1.26},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall: floor space of .9, window fill ratio of 0.4"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"NREL 46100 building research  \nPrimary Source: Elaine Hale, Matthew Leach, Adam Hirsch, and Paul Torcellini, \"General Merchandise 50% Energy Savings  Technical Support Document\"; NREL/TP-550-46100 September 2009"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Peer Review Note:  There are some possible ways to drive cost to $3.40/SF. \nAppendix B: The air barrier is assumed to reduce the envelope infiltration from 0.038 to 0.015 ACH… The cost of the air barrier is estimated at $1.40/ft2 of exterior wall area.\nMTG2: A few market barriers present."}]
[590,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced walls in new residential buildings (offset frame with spray foam)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-30 Walls (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A23,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through walls in all new homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":37.1},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":11.1},{"$f":"(1/N23-1/M23)*N23","v":0.70080862533692734},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$5/sq.ft"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":962},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":962},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 2600 square feet wall space"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Building Science, research report 0903, LaFrance  \nPrimary Source: Straube, J. and Smegal, J.; Building America Special Research Project: High-R Walls Case Study Analysis; Building Science Corporation 2009 (updated 2011)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Costs calculated from manufacturer quotes; savings calculated from first principles"}]
[591,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced walls in existing residential buildings, i.e., exterior insulation finishing systems (EIFS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-30 Walls (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A24,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through walls in all single-family homes built before 2010 "},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":36.200000000000003},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":6},{"$f":"(1/N24-1/M24)*N24","v":0.83425414364640871},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$8/sqft (Dryvit quote thrpugh ORNL)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":20800},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":20800},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 2600 square feet wall space"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Building Science, research report 0903, LaFrance  \nPrimary Source: Straube, J. and Smegal, J.; Building America Special Research Project: High-R Walls Case Study Analysis; Building Science Corporation 2009 (updated 2011)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Costs calculated from manufacturer quotes; savings calculated from first principles"}]
[592,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced walls in all commercial buildings (as per measure numbers 590 & 591)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: EIFS R-30 Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A25,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling load due to energy loss through walls in all commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":31.844504426594956},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":11.1},0.65143122181138968,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3.364819505421389},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall to floor space ratio of 0.9"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Building Science, research report 0903, LaFrance and LBNL \"Overview of US Building Stock\", http://eetd.lbl.gov/ie/pdf/LBNL-43640.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[593,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced walls in new commercial buildings (offset frame with spray foam)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: EIFS R-30 Walls (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A26,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling energy lost through wall in all new commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":37.1},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":17},0.5417789757412399,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$5/sq.ft"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2.7},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall to floor space ratio of 0.9"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Building Science, research report 0903, LaFrance and LBNL \"Overview of US Building Stock\", http://eetd.lbl.gov/ie/pdf/LBNL-43640.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[594,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced walls in existing commercial buildings, i.e., exterior insulation finishing systems (EIFS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: EIFS R-30 Walls (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A27,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling load due to energy loss through walls in all commercial buildings built before 2010"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":36.200000000000003},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":11.1},0.69337016574585641,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$8/sqft (Dryvit quote through ORNL)"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":4.32},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall to floor space ratio of 0.9"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Building Science, research report 0903, LaFrance and LBNL \"Overview of US Building Stock\", http://eetd.lbl.gov/ie/pdf/LBNL-43640.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[600,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop integrated roofing package for existing homes in non-hot climates using phase change materials (PCM) for R-75 equivalent"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Integr. R-75 Roofs, non-hot CZ (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Roof"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A28,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling energy lost through attics in all existing homes in all non-hot climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":75},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":23.1875},0.6908333333333333,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$2.30/sq-ft; asumed $1.00 premium for retrofit"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":3186.9734859267337},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3186.9734859267337},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Miller, W. & Kosny, J. Next-Generation Roofs and Attics for Homes. ACEEE Summer Study on Energy Efficiency in Buildings 180-195 (2008)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Analyzed savings for ducts and attic laods scaled to national average using existing stock as base"}]
[646,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy radiative barrier in attics (above ducts) in new homes in hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Attic Rad. Barrier (Ducts), Hot CZ (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Roof"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A29,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All cooling in homes in hot climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.11600000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M29-N29","v":0.11600000000000001},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.10 to $0.16/sq.ft."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":221.70250336881628},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":221.70250336881628},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story -- only the roof area = 30*40*0.16/cos(30*PI()/180) assuming 30 degree roof pitch"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Primary Source: Medina, M; \"On the performance of radiant barriers in combination with different attic insulation levels\"; Energy and Buildings 33 (2000) 31-40\nOther Supporting Sources: http://www.reflectixinc.com/basepage.asp?PageIndex=390;\nAdjusted for heating penalty and average national load as pwer cool roof calculations"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Conservative estimate; ignores heating savings \nAppendix B: produced yearly heat ¯ow reductions of approximately 44, 28, and 23%\n\nTDM Mtg AI: 646 & 647  are combined under #107 in the Savings DB and in the Tech DB - #645 for hot climates (#645 is not in the UBER/AC). Measures 152 and 395 are applied to all heating and cooling lost through attic in all climates & homes, yet % savings are the same for 395 and for 645, 646, 647. All has been combined that could be combined."}]
[647,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy radiative barrier in attics (above ducts) in existing homes in hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Attic Rad. Barrier (Ducts), Hot CZ (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Roof"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A30,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All cooling in homes in hot climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.11600000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.11600000000000001,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.19/sq.ft."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":263.27172275046934},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":263.27172275046934},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Primary Source: Medina, M; \"On the performance of radiant barriers in combination with different attic insulation levels\"; Energy and Buildings 33 (2000) 31-40\nOther Supporting Sources: http://www.reflectixinc.com/basepage.asp?PageIndex=390;\nAdjusted for heating penalty and average national load as pwer cool roof calculations"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Conservative estimate; ignores heating savings \nAppendix B: produced yearly heat ¯ow reductions of approximately 44, 28, and 23%"}]
[649,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop integrated roofing package for all homes in hot climates (with duct benefits) using phase change materials (PCM) for R-75 equivalent"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-75 Roof (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Roof"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A31,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Central cooling in new single-family homes in hottest two climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.11700000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.11700000000000001,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$1.41/sqft: $0.16 fpr radiant barrier and $0.5 for cool roof. We will also have to add an estimate for PCM (20%) of ~ $1/sqft [avg. density of blown in insulation~ 1.4 lb/sqft, R38 = 13\" thick --> mass of insulation/sqft. = 1.4 * 1.02 --> mass of PCM ~ 0.2*1.4*1.02 = 0.3 lb * $2.5 "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1953.7533109376934},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1953.7533109376934},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, =30*40*1.41/COS(30*PI()/180) assuming 30° roof pitch"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":" Miller, W. & Kosny, J. Next-Generation Roofs and Attics for Homes. ACEEE Summer Study on Energy Efficiency in Buildings 180-195 (2008)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Try to get updated PCM quote from http://phasechange.com/m27-biopcmat-product-page-final.php ($2100 PCM installation in a restaurant) \nAppendix B: Analyzed savings for ducts and attic laods scaled to national average using new codes as base"}]
[657,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced walls in existing residential buildings (EIFS with sealing benefit)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: EIFS w/ Sealing (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A32,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through walls in all homes built before 2010 "},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.68},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.68,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$8/sqft (Dryvit quote through ORNL)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1820},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":15600},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":13780},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 2,600 sq.ft. insulation"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Jan Kośny, Nitin Shukla, and Ali Fallahi"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Savings is weighted average of walls and infiltration \nAppendix B: Costs calculated from manufacturer quotes; savings calculated from first principles"}]
[658,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy R-6 insulation to homes when replacing siding"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Sheathing when Siding (w/ Insul.)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A33,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling energy loss through walls (siding based) in all homes built before 2010"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":17.100000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":11.1},{"$f":"(1/N33-1/M33)*N33","v":0.35087719298245629},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.98/sq-ft (As Per NREL cost measure database)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2548},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2548},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 2,600 sq.ft. insulation"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Building Science, research report 0903, LaFrance  \nPrimary Source: Straube, J. and Smegal, J.; Building America Special Research Project: High-R Walls Case Study Analysis; Building Science Corporation 2009 (updated 2011)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[659,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy R-6 insulation to homes when replacing siding (with sealing benefit)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-6 Sheathing w/ Sealing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A34,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy loss through walls and infiltration (siding based) in all existing homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.50700000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M34-N34","v":0.50700000000000001},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.98/sq-ft (As Per NREL cost measure database) + $1.40 (as per tyvek installation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2548},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2548},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 2,600 sq.ft. insulation"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Building Science, research report 0903, LaFrance  \nPrimary Source: Straube, J. and Smegal, J.; Building America Special Research Project: High-R Walls Case Study Analysis; Building Science Corporation 2009 (updated 2011)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Savings is weighted average of walls and infiltration \nAppendix B: Costs calculated from manufacturer quotes; savings calculated from first principles"}]
[660,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move from R-6 to EIFS when replacing siding (no sealing benefit; applies on both scenarios)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Sheathing to EIFS Upgrade"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A35,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through walls in all single-family homes built before 2010 "},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":36.200000000000003},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":17.100000000000001},{"$f":"(1/N35-1/M35)*N35","v":0.52762430939226523},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$3/sqft insulation premium (Andre Desjarlais consultation with DOE industrial partner)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":2548},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":15600},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":13052},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 2,600 sq.ft. insulation"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Building Science, research report 0903, LaFrance  \nPrimary Source: Straube, J. and Smegal, J.; Building America Special Research Project: High-R Walls Case Study Analysis; Building Science Corporation 2009 (updated 2011)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[661,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Insulate slab edges in existing homes to R-10 (exterior)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-10 Slab Edge (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Basement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A36,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling energy lost through slab foundation in all existing homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.85},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M36-N36","v":0.85},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$5.50/lin ft + $50/yard of soil to remove & replace"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1437.2222222222222},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1437.2222222222222},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Kanasas: buildersguide.pdf; slab insulation technology factsheet.pdf  \nPrimary Source: \"A Builder’s Guide to Residential Foundation Insulation\" King, J.; Meyer, G\n\nOther Supporting Sources: FEMP Technology Fact Sheet: Slab Insulation\", Southface Energy Institute, Oak Ridge National Laboratory"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Supporting calculations in tool take avings calculated from Kansas climate zones then scaled nationally"}]
[662,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Insulate slab edges in new homes to R-5 (exterior)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-5 Slab Edge (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Basement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A37,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling energy lost through slab foundation in all new homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.7},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.7,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$5.50/lin ft"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":715},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":715},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Kanasas: buildersguide.pdf; slab insulation technology factsheet.pdf  \nPrimary Source: \"A Builder’s Guide to Residential Foundation Insulation\" King, J.; Meyer, G\n\nOther Supporting Sources: FEMP Technology Fact Sheet: Slab Insulation\", Southface Energy Institute, Oak Ridge National Laboratory"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Supporting calculations in tool take avings calculated from Kansas climate zones then scaled nationally"}]
[667,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Vacuum Insulated Panels (VIPs) in walls in existing homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: VIP in Walls (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":50},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A38,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through walls in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":35},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":11.1},{"$f":"(1/N38-1/M38)*N38","v":0.68285714285714294},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$16/SF (range from $12.6 - 22.9/SF, average: $16/sqft)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":48976},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":48976},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; BED: 3,061 sq. ft. of insulation (2000, 2,272 sq ft single family home)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Cost and Performance Data: Kosny, Jan. et al. Cold Climate Building Enclosure Solutions. 2013. Figure 3 & Table 1, http://www.nrel.gov/docs/fy13osti/55875.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Target R value of 35; punctured VIP area would be reduced to R22"}]
[668,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Vacuum Insulated Panels (VIPs) in walls in existing commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: VIP in Walls (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A39,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling load due to energy loss through walls in all commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":35},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":11.1},{"$f":"(1/N39-1/M39)*N39","v":0.68285714285714294},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$16/SF (range from $12.6 - 22.9/SF, average: $16/sqft)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":8.64},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":8.64},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall: floor space of .9, window fill ratio of 0.4"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Cost and Performance Data: Kosny, Jan. et al. Cold Climate Building Enclosure Solutions. 2013. Figure 3 & Table 1, http://www.nrel.gov/docs/fy13osti/55875.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Cost from Table 1 of http://www.nrel.gov/docs/fy13osti/55875.pdf "}]
[741,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase roof insulation to R-30 continuous or R-49 cavity for new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Increase Roof Insulation (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Roof"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A40,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling loads through attics in new commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":30},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":15},0.5,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$1.24/sq-ft (Grocery TSD), $0.33/ft2 (Large Office TSD), $1.08/ft2 (Retail TSD)"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.88},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 45,000 ft^2 grocery store, 460,000 ft^2 office, 50,000 ft^2 retail"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"50% Grocery Store TSD (http://www.nrel.gov/docs/fy09osti/46101.pdf), 50% Large Office TSD (http://www.nrel.gov/docs/fy10osti/49213.pdf), 50% Medium Box Retail (http://www.nrel.gov/docs/fy08osti/42828.pdf)  \nPrimary Source: Leech, M. et. al.; \"Grocery Store 50% Energy Savings Technical Support Document\", National Renewable Energy Laboratory (2009)\nLeech, M. et. al.; \"Technical Support Document: Strategies for 50% Energy Savings in Large Office Buildings\", National Renewable Energy Laboratory (2010)\nHale E. et. al.; \"Technical Support Document: Development of the Advanced Energy Design Guide for Medium Box Retail—50% Energy Savings\", National Renewable Energy Laboratory (2008)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Based on upgrade from R-15 to R-30 c.i., cost is average of all 3 TSDs \nAppendix B: Costs and performance drawn from upgrading ASHRAE code roof insulation to most cost effective point from indicated source\nR-15 to R-30 upgrade, $0.88/sqft average cost"}]
[746,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Add R-10 continuous roof insulation to existing commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: R-10 Roof Insulation (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Roof"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A41,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling loads through attics in all existing commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":24},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":14},0.41666666666666663,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$1,082,915 for 210,800 ft2 school"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1023057},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1082915},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.28395635673624287},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 210,800 ft^2 school"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"AERG for K-12 Schools (unpublished)  \nPrimary Source: NREL. 2011. Advanced Energy Retrofit Guide for K-12 Schools (Draft). EERE Report DOE/GO-102011-3467.  Project Lead: Robert Hendron"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumes roof replacement is needed.  Not close to cost-effective if roof is relatively new.  Cost based on removing old roof assembly and replacing insulation with 6-in EPS (R-24). \nAppendix B: $108,2915 total cost, $59,858 incremental cost for replacing insulating sheathing with R-24  for 210,800 ft2 school in Chicago,\nAssumes roof is being replaced anyway.  Energy savings based on increasing R-14 to R-24 EPS."}]
[777,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop integrated roofing package for existing homes in hot climates (with duct benefits) using phase change material (PCM) for R-75 equivalent (DOE FOA Target)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-75 Roof, Hot CZ (E) - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Roof"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A42,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total central cooling in all existing single-family homes in hottest two climates"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.35},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M42-N42","v":0.35},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$2.30/sq-ft; asumed $1.00 premium for retrofit;  UPDATE (FOA TARGET):  $300 per 100 SF"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":4156.9219381653056},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":4156.9219381653056},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Miller, W. & Kosny, J. Next-Generation Roofs and Attics for Homes. ACEEE Summer Study on Energy Efficiency in Buildings 180-195 (2008);  FOA TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Analyzed savings for ducts and attic loads scaled to national average using new codes as base"}]
[807,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Vacuum Insulated Panels (VIPs) in walls in new homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: VIP in Walls (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A43,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through walls in all new homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":35},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":11.1},0.68285714285714294,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$16/SF (range from $12.6 - 22.9/SF, average: $16/sqft)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":3364},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":48976},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":45612},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; BED: 3,061 sq. ft. of insulation (2000, 2,272 sq ft single family home) @ a cost of $3,364 (2009 data in BED T2.5.8)."},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Cost and Performance Data: Kosny, Jan. et al. Cold Climate Building Enclosure Solutions. 2013. Figure 3 & Table 1, http://www.nrel.gov/docs/fy13osti/55875.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Target R value of 35; punctured VIP area would be reduced to R22"}]
[808,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Vacuum Insulated Panels (VIPs) in walls in new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: VIP in Walls (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A44,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling energy lost through wall in all new commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":35},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":17},0.51428571428571423,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$16/SF (range from $12.6 - 22.9/SF, average: $16/sqft); typical insulation cost: $1.09/sq.ft. (RS Means)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0.58860000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":8.64},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":8.051400000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall to floor ratio: 0.9 m inus window ratio of 0.4"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Cost and Performance Data: Kosny, Jan. et al. Cold Climate Building Enclosure Solutions. 2013. Figure 3 & Table 1, http://www.nrel.gov/docs/fy13osti/55875.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Cost from Table 1 of http://www.nrel.gov/docs/fy13osti/55875.pdf ; RS means for cost of existing insulation (including installation). Costs for resid and comm applications are assumed the same.  (Data saved in supp. Documentations.)"}]
[815,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Blown-in Aerogel (retrofit) - TARGET (R-value & cost)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Blown-in Aerogel, Walls - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A45,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total heating and cooling lost through walls in all homes built before 2010 "},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"R-value"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":31.1},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":11.1},0.64308681672025736,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$13/SF (includes the cost of all retrofit tasks as well as material)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":39793},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":39793},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; BED: 3,061 sq. ft. of insulation (2000, 2,272 sq ft single family home)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Cost and Performance Data: Kosny, Jan. et al. Cold Climate Building Enclosure Solutions. 2013. Figure 3 & Table 1, http://www.nrel.gov/docs/fy13osti/55875.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Picked the R12 target at 50% cost compression of Areogel in addition to R-11 standard home's wall."}]

{"sheet":"Envelope Outputs","index":7,"n_rows":49,"n_cols":17,"rows_kept":49,"cut":false,"hidden":false,"merged":[[48,3,48,13],[9,1,9,16]]}
[]
[null,null,null,"This tab contains data and graphs for:","Envelope Outputs"]
[]
[null,"Each entry in the table below shows the results for each particular energy efficiency measure included in the BTO Prioritization Tool analysis. These results are graphed and illustrated below."]
[]
[null,"Abbreviations: "]
[null,"C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; HP: Heat Pump"]
[]
[null,"Deployment Level Code:"]
[null,"0: Roadmap Goal / Target;   1: Early R&D: not basic science, but still lab bench;    2: Late R&D: cost reduction, performance improvement, maybe available to early adopters);   3: Early Deployment: savings not yet proven in whole building context\n4: Late Deployment: savings proven, but need to transform the market;   5: Standards: rule in place, underway, planned, or ready to be planned."]
[]
[null,"Measure No.",null,"Description","Brief description","Deployment Level (0-5)",null,"Market: Consumption, 2030 (TBTUs)","Market: Stock, 2030 (Million Units)","Stock Unit Definition",null,"Technical Potential, 2030 (TBTUs)","Unstaged Maximum Adoption Potential, 2030 (TBTUs)","Unstaged CCE ($/MMBTU)",null,"Staged Maximum Adoption Potential, 2030 (TBTUs)","Staged CCE \n($/MMBTU)"]
[null,419,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B13, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize advanced wall construction techniques"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B13, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Adv. Framing in Codes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B13, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B13,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":440.0850698090785},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B13, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":39.077469999999998},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B13, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B13,'[2]Adoption curve'!$B$38:$B$650,0))","v":89.744461054705312},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B13,[2]Staging!$D$6:$D$566,0))","v":84.738867100657615},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B13,[2]Staging!$D$6:$D$566, 0))","v":-22.03},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B13,[2]Staging!$D$6:$D$566,0))","v":81.223962768711203},{"$f":"IF(P13=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B13,[2]Staging!$D$6:$D$566,0)),$N13))","v":-22.03}]
[null,390,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to 2x6 (advanced framing, 24\" OC + R-19) construction in residential codes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: 2x6, 24\" OC Framing, Code"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B14, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B14,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":440.0850698090785},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B14, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":39.077469999999998},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B14,'[2]Adoption curve'!$B$38:$B$650,0))","v":182.60587607835174},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B14,[2]Staging!$D$6:$D$566,0))","v":173.61545845431613},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B14,[2]Staging!$D$6:$D$566, 0))","v":0},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B14,[2]Staging!$D$6:$D$566,0))","v":82.358764336417579},{"$f":"IF(P14=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B14,[2]Staging!$D$6:$D$566,0)),$N14))","v":0}]
[null,647,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy radiative barrier in attics (above ducts) in existing homes in hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Attic Rad. Barrier (Ducts), Hot CZ (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B15, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B15,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1277.1628154981124},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B15, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":9.1039262978347519},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B15,'[2]Adoption curve'!$B$38:$B$650,0))","v":15.432961400956174},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B15,[2]Staging!$D$6:$D$566,0))","v":15.432961400956174},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B15,[2]Staging!$D$6:$D$566, 0))","v":1.85},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B15,[2]Staging!$D$6:$D$566,0))","v":15.578811263077228},{"$f":"IF(P15=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B15,[2]Staging!$D$6:$D$566,0)),$N15))","v":1.85}]
[null,396,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Insulate crawl spaces to R-17 in all homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-17 Crawl Spaces"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B16, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B16,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":234.79274805049965},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B16, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":35.19568539583333},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B16,'[2]Adoption curve'!$B$38:$B$650,0))","v":183.06748598523816},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B16,[2]Staging!$D$6:$D$566,0))","v":183.06748598523816},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B16,[2]Staging!$D$6:$D$566, 0))","v":2.2000000000000002},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B16,[2]Staging!$D$6:$D$566,0))","v":148.81017747046414},{"$f":"IF(P16=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B16,[2]Staging!$D$6:$D$566,0)),$N16))","v":2.7064578244150104}]
[null,659,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B17, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy R-6 insulation to homes when replacing siding (with sealing benefit)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B17, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-6 Sheathing w/ Sealing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B17, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B17,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1519.4553575429443},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B17, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":25.4745002069},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B17, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 2,600 sq.ft. insulation"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B17,'[2]Adoption curve'!$B$38:$B$650,0))","v":737.99404651166208},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B17,[2]Staging!$D$6:$D$566,0))","v":737.99404651166219},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B17,[2]Staging!$D$6:$D$566, 0))","v":3.47},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B17,[2]Staging!$D$6:$D$566,0))","v":711.24057138868659},{"$f":"IF(P17=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B17,[2]Staging!$D$6:$D$566,0)),$N17))","v":3.6005248356339785}]
[null,423,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B18, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and move to standardize residential door R-values"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B18, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-7 Doors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B18, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B18,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":266.17952083185037},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B18, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":141.34362899999999},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B18, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B18,'[2]Adoption curve'!$B$38:$B$650,0))","v":186.04595478598063},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B18,[2]Staging!$D$6:$D$566,0))","v":186.04595478598057},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B18,[2]Staging!$D$6:$D$566, 0))","v":4.03},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B18,[2]Staging!$D$6:$D$566,0))","v":181.52629456519176},{"$f":"IF(P18=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B18,[2]Staging!$D$6:$D$566,0)),$N18))","v":4.1303393515711173}]
[null,408,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B19, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Implement R-40 attic insulation in poorly insulated home attics"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B19, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Poor Attics to R-40"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B19, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B19,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":588.57298161464155},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B19, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":33.747832469999999},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B19, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B19,'[2]Adoption curve'!$B$38:$B$650,0))","v":538.90282851645213},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B19,[2]Staging!$D$6:$D$566,0))","v":538.90282851645213},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B19,[2]Staging!$D$6:$D$566, 0))","v":4.28},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B19,[2]Staging!$D$6:$D$566,0))","v":512.86727629181439},{"$f":"IF(P19=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B19,[2]Staging!$D$6:$D$566,0)),$N19))","v":4.4972729060179821}]
[null,381,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced white roofs to commercial buildings in the hottest climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Cool Roofs, Hot CZ, 0.75 SR"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B20, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B20,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1341.7618553093903},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B20, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":49772.403505717048},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 3.7 floors/building average"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B20,'[2]Adoption curve'!$B$38:$B$650,0))","v":100.20153699844354},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B20,[2]Staging!$D$6:$D$566,0))","v":100.20153699844309},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B20,[2]Staging!$D$6:$D$566, 0))","v":2.75},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B20,[2]Staging!$D$6:$D$566,0))","v":57.527275483622979},{"$f":"IF(P20=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B20,[2]Staging!$D$6:$D$566,0)),$N20))","v":4.7899752670220588}]
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[null,590,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B27, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced walls in new residential buildings (offset frame with spray foam)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B27, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-30 Walls (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B27, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B27,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":440.0850698090785},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B27, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":39.077469999999998},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B27, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 2600 square feet wall space"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B27,'[2]Adoption curve'!$B$38:$B$650,0))","v":276.88825866914698},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B27,[2]Staging!$D$6:$D$566,0))","v":259.48254475681847},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B27,[2]Staging!$D$6:$D$566, 0))","v":9.9600000000000009},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B27,[2]Staging!$D$6:$D$566,0))","v":54.865926724746998},{"$f":"IF(P27=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B27,[2]Staging!$D$6:$D$566,0)),$N27))","v":47.10475699688147}]
[null,427,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B28, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize building wrap on new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B28, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Building Wrap"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B28, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B28,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":475.49254486425542},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B28, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":50965.90779999987},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B28, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall: floor space of .9, window fill ratio of 0.4"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B28,'[2]Adoption curve'!$B$38:$B$650,0))","v":289.32686179955607},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B28,[2]Staging!$D$6:$D$566,0))","v":277.52960758062636},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B28,[2]Staging!$D$6:$D$566, 0))","v":15.4},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B28,[2]Staging!$D$6:$D$566,0))","v":79.951451320845848},{"$f":"IF(P28=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B28,[2]Staging!$D$6:$D$566,0)),$N28))","v":53.45689022692315}]
[null,426,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B29, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize home wrap on new homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B29, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Building Wrap"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B29, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B29,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":743.76052629007972},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B29, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":39.077469999999998},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B29, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B29,'[2]Adoption curve'!$B$38:$B$650,0))","v":55.874035753682733},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B29,[2]Staging!$D$6:$D$566,0))","v":51.207717730692366},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B29,[2]Staging!$D$6:$D$566, 0))","v":49.45},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B29,[2]Staging!$D$6:$D$566,0))","v":34.787972998230728},{"$f":"IF(P29=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B29,[2]Staging!$D$6:$D$566,0)),$N29))","v":72.790146235640776}]
[null,741,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B30, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase roof insulation to R-30 continuous or R-49 cavity for new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B30, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Increase Roof Insulation (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B30, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B30, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B30, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B30,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":256.47616776182139},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B30, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":50965.90779999987},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B30, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 45,000 ft^2 grocery store, 460,000 ft^2 office, 50,000 ft^2 retail"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B30,'[2]Adoption curve'!$B$38:$B$650,0))","v":128.55143710395205},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B30,[2]Staging!$D$6:$D$566,0))","v":128.55143710395205},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B30,[2]Staging!$D$6:$D$566, 0))","v":27.48},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B30,[2]Staging!$D$6:$D$566,0))","v":48.151635692976598},{"$f":"IF(P30=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B30,[2]Staging!$D$6:$D$566,0)),$N30))","v":73.363935425601071}]
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[null,591,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B39, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced walls in existing residential buildings, i.e., exterior insulation finishing systems (EIFS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B39, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-30 Walls (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B39, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B39, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B39, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B39,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":929.67011185263823},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B39, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":74.151509000000004},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B39, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 2600 square feet wall space"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B39,'[2]Adoption curve'!$B$38:$B$650,0))","v":785.20567627129867},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B39,[2]Staging!$D$6:$D$566,0))","v":785.20567627129867},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B39,[2]Staging!$D$6:$D$566, 0))","v":77.22},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B39,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P39=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B39,[2]Staging!$D$6:$D$566,0)),$N39))","v":"N/A"}]
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[null,593,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B43, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced walls in new commercial buildings (offset frame with spray foam)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B43, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: EIFS R-30 Walls (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B43, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B43, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B43, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B43,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":418.45005118924439},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B43, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":50965.90779999987},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B43, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; wall to floor space ratio of 0.9"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B43,'[2]Adoption curve'!$B$38:$B$650,0))","v":179.48008505751915},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B43,[2]Staging!$D$6:$D$566,0))","v":179.48008505751915},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B43,[2]Staging!$D$6:$D$566, 0))","v":59.15},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B43,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P43=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B43,[2]Staging!$D$6:$D$566,0)),$N43))","v":"N/A"}]
[null,658,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B44, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy R-6 insulation to homes when replacing siding"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B44, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Sheathing when Siding (w/ Insul.)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B44, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B44, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B44, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B44,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":609.97213371681119},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B44, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":54.201064270000003},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B44, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 2,600 sq.ft. insulation"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B44,'[2]Adoption curve'!$B$38:$B$650,0))","v":110.865436427487},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B44,[2]Staging!$D$6:$D$566,0))","v":110.865436427487},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B44,[2]Staging!$D$6:$D$566, 0))","v":31.98},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B44,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P44=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B44,[2]Staging!$D$6:$D$566,0)),$N44))","v":"N/A"}]
[null,661,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B45, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Insulate slab edges in existing homes to R-10 (exterior)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B45, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-10 Slab Edge (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B45, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B45, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B45, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B45,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":273.19961435393662},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B45, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":29.572327994047615},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B45, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B45,'[2]Adoption curve'!$B$38:$B$650,0))","v":213.15882236072116},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B45,[2]Staging!$D$6:$D$566,0))","v":99.553798122586272},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B45,[2]Staging!$D$6:$D$566, 0))","v":10.76},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B45,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P45=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B45,[2]Staging!$D$6:$D$566,0)),$N45))","v":"N/A"}]
[null,395,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B46, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy radiative barrier in attics in all homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B46, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Attic Rad. Barrier (12%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B46, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B46, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B46, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B46,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1288.8959020568218},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B46, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":141.34362899999999},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B46, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B46,'[2]Adoption curve'!$B$38:$B$650,0))","v":77.054488723502345},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B46,[2]Staging!$D$6:$D$566,0))","v":77.054488723502573},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B46,[2]Staging!$D$6:$D$566, 0))","v":17.22},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B46,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P46=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B46,[2]Staging!$D$6:$D$566,0)),$N46))","v":"N/A"}]
[null,600,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B47, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop integrated roofing package for existing homes in non-hot climates using phase change materials (PCM) for R-75 equivalent"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B47, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Integr. R-75 Roofs, non-hot CZ (E)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B47, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B47, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B47, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B47,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":520.91734545976772},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B47, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":42.915769835283527},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B47, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30x40 home, 2 stories, 10' per story"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B47,'[2]Adoption curve'!$B$38:$B$650,0))","v":366.48657340680586},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B47,[2]Staging!$D$6:$D$566,0))","v":69.209548802954373},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B47,[2]Staging!$D$6:$D$566, 0))","v":22.73},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B47,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P47=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B47,[2]Staging!$D$6:$D$566,0)),$N47))","v":"N/A"}]
[]
[null,null,null,"Envelope Results Graphs"]

{"sheet":"Appliances Inputs","index":8,"n_rows":80,"n_cols":24,"rows_kept":80,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"This tab contains data for:",{"$f":"RIGHT(CELL(\"filename\",A1),LEN(CELL(\"filename\",A1))-FIND(\"]\",CELL(\"filename\",A1)))","v":"Appliances Inputs"}]
[]
["Each entry in the below table represents the inputs and assumptions for one particular energy efficiency measure included in the BTO Prioritization Tool analysis."]
[]
["Abbreviations: "]
["C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; DW: Dishwasher; CD: Clothes Dryer; CW: Clothes Washer; WH : Water Heater; HP: Heat Pump"]
[]
["Indexing #",null,"These columns describe the measure and its characteristics",{"$nulls":5},"These columns describe the market to which the measure is applied",null,null,"These columns describe the efficiency level of the measure",{"$nulls":4},"These columns contain the cost data for the measure and what it replaces in the market",{"$nulls":5},"These columns list sources and notes applicable to the measure"]
["Measure No.",null,"Description","Brief description","Component","Deployment Level (0-5)","Lifetime (years)",null,"Sector Targeted","Market Description",null,"Units of  Operation","Efficient Operation","Baseline Operation","Energy Savings (%) ",null,"Market Cost (as defined in the source)","Market Cost (per standard unit)","Market Cost (per efficient unit, at scale)","Incremental Measure Cost","Stock Unit Definition",null,"Source(s) Used","Relevant Notes"]
[497,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Offer incentives or awareness campaign to move multi-load washing to offsite tunnel washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Multi-Load to Tunnel Washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A11,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total water heating energy use  by multi-load washers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.82},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M11-N11","v":0.82},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Reported annual savings of $1M; unclear what is included"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":190000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":68750},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-121250},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Tables 8-24 and 8-25, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances; NY times article on Hilton case study/business model  \nPrimary Source: Goetzler, W., Zogg, R., Burgos, J., Hiraiwa, H. & Young, J. Energy Savings Potential and RD & D Opportunities for Commercial Building HVAC Systems. Navigant Consulting (2011)\nGarbarine, R. Commercial Property / New Jersey ; In Piscataway , a Central Laundry for Region Hiltons. New York Times 5 (1999)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Represents dramatic business model change; very hard to quantify cost and full cycle energy savings \nAppendix B: Savings from Goetzler: Tables 8-24, 8-25\nCost from New York Times payback calculation\n82% savings, $120,000 savings per establishment"}]
[496,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and Deploy Nylon Bead Clothes Washers in Off-Site Commercial Laundries"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Nylon Bead CW"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A12,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by all commercial washers and dryers, except tunnel and multi-family washers and dryers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.94175121676543228},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M12-N12","v":0.94175121676543228},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$2.55 value created per load; $15k dryer savings; std cost is wgt avg of $824 (top load,80%) and $1355 (front, 20%) but estimated first cost of nylon by 125% of 1355 (front)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":40000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":34000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-6000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"LBNL: Priority Setting Estimates spreadsheet; Misra et.al. presentation showing cost analysis; Xeros website  \nPrimary Source: Misra, A., Pimphalkhute, H., Murthi, S. & Kamdar, T. Pricing strategy: Waterless Washing Machine (2010)\nXeros website, Desroches, L.-B. et al. Max Tech and Beyond (2011)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Have only included first costs--$2.55 additional value created per load; 30% machine energy and 90% hot water reduction; 100% drying reduction \nAppendix B: \"Savings are estimated to be approximately 15%, associated with machine energy (shorter cycle times). The small amount of cold water used per cycle results in 100% savings in water heating energy, and 100% savings in clothes dryer energy\"\nUsed Weighted average of savings for full cycle"}]
[499,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Retrofit multi-load and tunnel washers to reuse wash water and reduce need for hot water"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Multi-/Tunnel CW: Waste-H2O Recycling"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A13,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total water heating energy use by tunnel and multi-load washers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.53},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.53,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Case study of 1 site with 4 units: $91k installed, $145k water & sewer savings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":43562.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":22758.75},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-20803.75},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit; 20 GPM over 4 machines"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Tables 8-24 and 8-25, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances; Lake Arrowhead resort Case Study  \nPrimary Source: Savings: Navigant Consulting; \"Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances\" (2009)\nCost: RMC Water nd Environment; Integrated Water Resources Program Report, Appendix H (12/2007)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Note: used \"Eco\" system as marginal cost for premium is not cost effective at $12/MMBTU; See additional data tab \nAppendix B: Table 8-24 & 8-25"}]
[7,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial gas ovens"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Gas Oven Beyond Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A14,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas ovens"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.29089999999999999},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.29089999999999999,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":0},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"ENERGY STAR (n.d.). Savings Calculator for ENERGY STAR Qualified Commercial Kitchen Equipment. Retrieved from: http://www.energystar.gov/ia/business/bulk_purchasing/bpsavings_calc/commercial_kitchen_equipment_calculator.xls?ba38-b08e"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: $0 more for energy efficient compared to standard \nAppendix B: Using indicated spreadsheet Enter \"1\" for gas oven: \"results summary\" tab shows energy savings and cost"}]
[9,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"All commercial electric cooking measures (no fuel switching)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: All Electric Cooking"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A15,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial electric cooking measures (no fuel switching)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.31712387491727334},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.31712387491727334,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Not availalble"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":0}]
[10,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"All commercial gas cooking measures"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Gas Cooking"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A16,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial gas cooking measures (no fuel switching)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.26942779819427437},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.26942779819427437,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Not availalble"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":0}]
[28,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"National campaign for commercial and residential desktop users to employ energy saving settings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Desktop Power Management"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":4},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A17,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial and Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by residential and commercial desktop PCs"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.44},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.44,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Negligible (incremental)"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX 2007, 2004  \nPrimary Source: Roth, K.W., Mckenney, K., Ponoum, R. & Paetsch, C. Residential Miscellaneous Electric Loads: Energy Consumption Characterization and Savings Potential. Energy 197 (2007).\nOther Supporting Sources: Cost data are from google searches of commercially available appliances"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Page 4-31, last sentence."}]
[29,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"National campaign for commercial and residential notebook users to employ energy saving settings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Laptop Power Management"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":4},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A18,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial and Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by residential and commercial notebook PCs"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.28000000000000003},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.28000000000000003,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Negligible (incremental)"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX 2007, 2004  \nPrimary Source: Roth, K.W., Mckenney, K., Ponoum, R. & Paetsch, C. Residential Miscellaneous Electric Loads: Energy Consumption Characterization and Savings Potential. Energy 197 (2007).\nOther Supporting Sources: Cost data are from google searches of commercially available appliances"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Page 4-31, last sentence."}]
[38,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial gas steam cookers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Gas Steamer Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A19,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas steamers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.43},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.43,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":10500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":10500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":10500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"LBNL 2008, U.S. Building-Sector Energy Efficiency Potential  \nPrimary Source: Brown, R., Borgeson, S., Koomey, J. & Biermayer, P. U . S . Building-Sector Energy Efficiency Potential. Environmental Protection 33 (2008)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Same price as conventional \nAppendix B: Page 11, Table 6"}]
[39,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial electric steam cookers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Electric Steamer Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A20,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial electric steamers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.56999999999999995},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.56999999999999995,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":10000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":10000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":10000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"LBNL 2008, U.S. Building-Sector Energy Efficiency Potential  \nPrimary Source: Brown, R., Borgeson, S., Koomey, J. & Biermayer, P. U . S . Building-Sector Energy Efficiency Potential. Environmental Protection 33 (2008)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Same price as conventional \nAppendix B: Page 8, Table 5"}]
[41,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reduce idle use in commercial gas broilers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Idle Energy Reduction in Gas Broilers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A21,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas broilers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.26},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.26,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Not availalble"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Full size, operating 15 hrs/day \nAppendix B: Page 56, Table 2-48"}]
[65,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"National campaign to improve power management of video game systems in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Video Game Power Management"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":5},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A22,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by residential video game consoles"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.72},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.72,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"MTAB Report; Priority Setting Estimates  \nPrimary Source: Desroches, L.B., & Garbesi, K. (2011). Max Tech and Beyond. Lawrence Berkeley National Laboratory."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Page 20, Table 3"}]
[272,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"PC network presence proxying"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: PC Network Presence"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":4},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A23,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial and Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial and residential standby power losses"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.3,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Personal communication with Nordman (LBNL) on Dec 15, 2010"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: 30% savings, very low costs relative to savings, usually several orders of magnitude difference (using benefit/cost ratio of 100)"}]
[281,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standby standards for residential electric appliances"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: 1W Standby Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Standby"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":5},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A24,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential standby power losses"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Standby energy used, TWh/yr"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":50},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":150},{"$f":"1-M24/N24","v":0.66666666666666674},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Choi-Granade, C. e. (2009). Unlocking Energy Efficiency in the U.S. Economy. McKinsey & Company."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Page 49: \"A standby standard could reduce standby consumption by roughly two-thirds, yielding 90 - 110 TWh in savings.\""}]
[282,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standby standards for commercial electric appliances"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: 1W Standby Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Standby"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":5},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A25,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total standby power energy loss in all commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Standby energy used, TWh/yr"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":45},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":135},{"$f":"1-M25/N25","v":0.66666666666666674},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Choi-Granade, C. e. (2009). Unlocking Energy Efficiency in the U.S. Economy. McKinsey & Company."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Page 49: \"A standby standard could reduce standby consumption by roughly two-thirds, yielding 90 - 110 TWh in savings.\""}]
[460,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy sprayers with smaller size holes to improve efficiency of residential dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: DW: Impr. Hydraulic Efficiency"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Sprayer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A26,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential dishwashers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M26-N26","v":0.25},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"No incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Dries, John, (2008), \"Improving Dishwasher Efficiency\", http://www.appliancemagazine.com/editorial.php?article=1978 "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Reduce spray hole diameters for higher pressure jets; assumed 5% cost reduction off average of top 5 froogle hits \nAppendix B: \"Assuming that the upper and lower spray-arms operate the same amount of time, the average power consumption of this wash system went from 208 to 155 W, a reduction in overall power consumption of 25%, while improving the hydraulic washing power of the dishwasher—all without any increase to product cost or complexity. \""}]
[480,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Proposed Standards: Standard Size Front-Loading Clothes Washer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Front Load CW Standard "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":11},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A27,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by all residential front loading washers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Modified Energy Factor (incl. RMC)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":2.2000000000000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":1.26},{"$f":"1-N27/M27","v":0.42727272727272736},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Assumed no added cost at scale"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Energy Efficienct and Smart Appliance Agreement of 2010, AHAM power point"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: PROPOSED stds by manufacturers, effective 2015 \nAppendix B: Savings listed in agreement"}]
[734,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Residential battery chargers - max efficiency"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Battery Chargers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A28,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential maximum efficiency (90%) battery chargers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Conversion Efficiency (AC/DC)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.9},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.45},{"$f":"1-N28/M28","v":0.5},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Assume no added cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Energy Star: http://www.energystar.gov/ia/partners/prod_development/new_specs/downloads/BC_Mtg_Slides_062305.pdf?804e-1cba"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[3,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial gas broilers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Gas Broiler Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A29,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas broilers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.125},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M29-N29","v":0.125},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":3223},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":2000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":3223},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1223},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"LBNL 2008, U.S. Building-Sector Energy Efficiency Potential  \nPrimary Source: Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy.\nOther Supporting Sources: Cost data are from google searches of commercially available appliances"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Compares to $2000 conventional \nAppendix B: Page 45, Table 2-31"}]
[5,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial gas connectionless steamers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Gas Steamer Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A30,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas steamers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.73},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.73,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":3700},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3700},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Incremental Cost. 3.8 year payback period. \nAppendix B: Page 56: Table 2-48 and Page 56: Table 2-49"}]
[6,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial electric connectionless steamers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Electric Steamer Beyond Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A31,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial electric steamers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.73},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.73,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":2500},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Incremental Cost. 2.7 year payback period. \nAppendix B: Page 56: Table 2-48 and Page 56: Table 2-49"}]
[17,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Include energy consumption indicators on residential cooking devices"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Cooking Devices Energy Indicators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A32,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential cooking, including microwaves, energy use"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.12},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.12,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":35},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Wood and Newborough, Energy and Buildings 35 (2003)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: \"The average reduction for households employing an ECI was 15%\", but deeper reading of paper suggest 12% savings once outliers are eliminated"}]
[18,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial gas fryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Gas Fryers Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A33,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas fryers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.31019999999999998},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.31019999999999998,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":4113},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":2894},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":4113},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1219},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"EnergyStar  \nPrimary Source: Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy.\nOther Supporting Sources: Cost data are from google searches of commercially available appliances"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Compares to $2894 conventional \nAppendix B: Page 376, Table A-17 and A-18"}]
[35,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial electric ovens"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Electric Oven Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A34,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial electric ovens"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.39},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.39,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":8325},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":4500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":8325},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3825},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"LBNL 2008, U.S. Building-Sector Energy Efficiency Potential  \nPrimary Source: ENERGY STAR (n.d.). Savings Calculator for ENERGY STAR Qualified Commercial Kitchen Equipment. Retrieved from: http://www.energystar.gov/ia/business/bulk_purchasing/bpsavings_calc/commercial_kitchen_equipment_calculator.xls?ba38-b08e"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Compares to $4500 conventional \nAppendix B: Enter \"1\" for electric oven and tab over to the \"results summary\" tab for the energy savings and cost"}]
[36,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial gas ranges"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Gas Range Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A35,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas ranges"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.25,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":4830},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":3000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":4830},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1830},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"LBNL 2008, U.S. Building-Sector Energy Efficiency Potential  \nPrimary Source: Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy.\nOther Supporting Sources: Cost data are from google searches of commercially available appliances"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Compares to $3000 conventional \nAppendix B: Page 51: \"Insulation at major heat loss locations in cooking appliances can reduce standby heat loses by 25% in both electric and gas powered models\""}]
[46,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace residential gas cook top with induction at end of life"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Replace Gas with Induction Cook Top"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Thermal transfer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A36,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential gas cook tops"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.7},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.7,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":2000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1199},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1999},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":800},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Electrolux. (n.d.). 30\" Induction Cooktop. Retrieved from http://www.electroluxappliances.com/kitchen-appliances/cooktops/induction/ew30ic60is"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Compares to $1199 for gas cook top, also 30\" \nAppendix B: \"Cooking with induction is 70% more efficient than gas...\" and MSRP of induction stove is $2,000"}]
[47,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace residential electric cook top with induction at end of life"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Replace Electric with Induction Cook Top"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Thermal transfer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A37,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential electric cook tops"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.2,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":2000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1449},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1999},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":550},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Electrolux. (n.d.). 30\" Induction Cooktop. Retrieved from http://www.electroluxappliances.com/kitchen-appliances/cooktops/induction/ew30ic60is"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Compares to $1449 for electric cook top, also 30\" \nAppendix B: \"Cooking with induction is...20% more efficient than electric.\" and MSRP of induction stove is $2,000"}]
[49,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move toward standardization of replacing conventional burners with infrared burners in new commercial gas fryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Infrared Burners in Fryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Thermal transfer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A38,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas fryers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.3,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":0},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":750},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Page 48, Table 2-33 and Page 49, Table 2-35"}]
[50,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize replacement of conventional burners with infrared burners in new commercial gas broilers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Infrared Burners in Broilers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Thermal transfer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A39,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas broilers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.37},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.37,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":0},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1750},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Page 48, Table 2-33 and Page 49, Table 2-35"}]
[51,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize replacement of conventional burners with infrared burners in new commercial gas ovens"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Infrared Burners in Gas Ovens"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Thermal transfer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A40,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas ovens"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.3,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":0},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Page 48, Table 2-33 and Page 49, Table 2-35"}]
[52,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy infrared burners as replacement to conventional burners in new commercial gas ranges"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Infrared Burners in Gas Ranges"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Thermal transfer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A41,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas ranges"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.39},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.39,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":0},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1700},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Page 48, Table 2-33 and Page 49, Table 2-35"}]
[55,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase amount of heat transferred to surfaces in new gas fryers: Use a blower to force a premixed air-fuel mixture into the burner, allowing higher combustion gas temperature to be reached as the fuel mixture contains less excess air"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Power Burners in Gas Fryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Thermal transfer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A42,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas fryers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.31},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.31,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":500},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Incremental cost for Power Burner. 1.9 year payback period \nAppendix B: Page 49, Table 2-36 and Page 50, Table 2-38"}]
[56,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase amount of heat transferred to surfaces in new gas ranges: Use a blower to force a premixed air-fuel mixture into the burner, allowing higher combustion gas temperature to be reached as the fuel mixture contains less excess air"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Power Burners in Gas Ranges"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Thermal transfer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A43,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial natural gas ranges"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.34},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.34,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":3000},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting. (2009). Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. Washington, D.C.: Building Technology Program, Department of Energy."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Incremental cost for Power Burner. 6.2 year payback period. Assumes 6 burners per range. \nAppendix B: Page 49, Table 2-36 and Page 50, Table 2-38"}]
[216,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Display innovative power management (Computers and TVs)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R:  Display Power Management"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Standby"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":4},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A44,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial and Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial and residential computers and TVs for power management"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.2,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.8},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Personal communication: Nordman, LBNL (12/2010)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: 20% savings, very low costs relative to savings, usually several orders of magnitude difference (using benefit/cost ratio of 100)"}]
[226,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Set-top boxes: Service Provider Pays (SPP)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Set-Top Box Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Standby"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":5},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A45,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial and Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by residential set-top boxes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.25,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Personal communication: Nordman, LBNL (12/2010)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: 25% savings, very low costs relative to savings, usually several orders of magnitude difference (using benefit/cost ratio of 100)"}]
[250,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize minimum active power for new residential TVs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: TV Active Power Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A46,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential TVs"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.5,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See existing & efficient costs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":170},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":180},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":10},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX 2007  \nPrimary Source: Roth, K.W., Mckenney, K., Ponoum, R. & Paetsch, C. Residential Miscellaneous Electric Loads: Energy Consumption Characterization and Savings Potential. Energy 197 (2007).\nOther Supporting Sources: Cost data are from google searches of commercially available appliances"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Page 4-100, last sentence and Table 4-96"}]
[290,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize more efficient small motors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Small Motor Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A47,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial and Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential, commercial and industrial small motors covered in recent rulemaking"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Motor efficiency"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.78200000000000003},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.62},{"$f":"1-N47/M47","v":0.20716112531969311},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"TSD"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":243},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":284},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":41},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"MTAB Report, Appendix A Motors; TSD  \nPrimary Source: Department of Energy, Small Electric Motors Final Rule Technical Support Document (2010)\nDesroches, L.-B. et al. Max Tech and Beyond (2011)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Efficiency level 5 from chapter 5 of 2010 TSD (and MTAB pg. 44 Fig. 2)"}]
[291,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Adjusts time between defrost cycles based on need (time of last cycle, humidity sensor, number of door openings) in residential refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Refrig. Adaptive Defrost"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Parasitic"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A48,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential refrigerators and freezers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":3.5000000000000003E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M48-N48","v":3.5000000000000003E-2},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$8 (including control cost)"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":8},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"DOE TSD, http://www.aps.com/main/services/business/WaysToSave/BusWaysToSave_59.html, web search for comparing products, article (http://www.rdmag.com/New-To-Market/2010/06/Manufacturing-Thermal-Green-refrigerator-controller-helps-conserve-wasted-energy/  \nPrimary Source: Department of Energy, \"Energy Conservation Program: Energy Conservation Standards for Residential Refrigerators, Refrigerator-Freezers, and Freezers\" Federal Register (9/2010) and supporting documentation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Updated based solely on TSD 12/11 \nAppendix B: \"energy consumption can be reduced by three to four percent with adaptive defrost\"\n\"DOE used an incremental cost of $8 in the energy analysis for adaptive defrost ($0 if electronics onboard)\"\nused $8 contoller cost, average of 3-4% savings range provided"}]
[293,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage supermarket owners to add doors to display cases"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Display Cases + Doors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Heat loss (non-envelope)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A49,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All energy use by supermarkets' medium temperature refrigerated display cases without doors"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.3,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"1-2 year payback for retrofits.  Incremental cost to retrofit estimated at $400/LF, including installation costs"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":400},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per LF"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"http://supermarketnews.com/technology/new_tests_support_1004/; http://www.aps.com/main/services/business/WaysToSave/BusWaysToSave_59.html; http://arstechnica.com/science/news/2011/10/redesign-improves-energy-efficiency-of-supermarket-cold-food-cases.ars ATE 31: 3055  \nPrimary Source: Garry, M; \"New Tests Support Doors on Cases\", Supermarket News 10/4/2010\nGarry, M; \"Fresh & Easy Installs Case Doors in 35 Stores\" Supermarket News 9/20/2011;\nNCI Internal Report & Market Study"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Note: changing jets, etc. gets you 25% accordin to multiple papers from AME \nAppendix B: Multiple examples cited incicating (+/-) small change in sales, ~30% energy savings, ~3-5 year paybacks quoted\nUsing 30% savings and ~ 4 year payback and no statistically significant proof of sales impact"}]
[300,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"National campaign to retire old, second refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Retire Old Refrig."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":100},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A50,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential refrigerators as second units"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"kWh/yr reduction per unit"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":859},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":1165},{"$f":"1-M50/N50","v":0.26266094420600861},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":95.28},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":95.28},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"ENERGY STAR market data  http://www.energystar.gov/ia/partners/manuf_res/downloads/Refrigerator_Market_Profile_2009.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: **Calculated UEC reduction by taking savings potential per unit (here 859 kWh/yr) and adding to installed base avg from AEO (for refrigerators this is 639 kWh/yr). 26 percent of households had a second refrigerator in 2008.  29.6 million units are candidates for retirement.  139.51 million units in service (AEO 2010)"}]
[317,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use brushless DC motors in new compressors for commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Brushless DC Compressor Motor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Compressor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":11.1},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A51,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial compressors (DC)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.09},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M51-N51","v":0.09},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":63},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":63},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Table 5-17,19,20,22,26,27, DOE/Navigant (2009), Energy Savings Potential and R&D Opportunities for Commercial Refrigeration Equipment  \nPrimary Source: DOE/Navigant (2009), Energy Savings Potential and R&D Opportunities for Commercial Refrigeration Equipment (http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_refrig_report_10-09.pdf)\nOther Supporting Sources: Department of Energy, \"Energy Conservation Program: Energy Conservation Standards for Residential Refrigerators, Refrigerator-Freezers, and Freezers\" Federal Register (9/2010) and supporting documentation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Average of energy savings and installed cost premium of high efficiency compressors from tables 5-17, 5-19, 5-20, 5-22, 5-26, 5-27"}]
[326,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use brushless DC motors in evaporators for all commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Refrig. Evap. B-less DC Motors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Evaporator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":11.7},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A52,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial refrigeration equipment, except compressor racks and supermarket condensers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.17},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.17,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$23-171"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":98},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Table 5-6,7,8,13,14,17,19,20,22,26,27, DOE/Navigant (2009), Energy Savings Potential and R&D Opportunities for Commercial Refrigeration Equipment  \nPrimary Source: Navigant Consulting Energy Savings Potential and R&D Opportunities for Commercial Refrigeration Final Report. Department of Energy (2009)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: ECM fan motor = brushless DC \nAppendix B: Tables 5-8,13,14,17,19,20,22,26,27\nAveraged cost and savings over equipment in indicated tables"}]
[334,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve compressor efficiency in new residential refrigerators & freezers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Compressor Improvements, All Refrig."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Compressor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A53,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential refrigerators and freezers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.14000000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.14000000000000001,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":14.02},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":14.02},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":14.02},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"See calculation in additional market data tab; Tables 5-A.3.2 (and .4, .6) (and also p.5-46), DOE (2009): Preliminary TSD, EE Program for Consumer Products, Refrigerators, Refrigerator-Freezers, and Freezers  \nPrimary Source: Department of Energy, \"Energy Conservation Program: Energy Conservation Standards for Residential Refrigerators, Refrigerator-Freezers, and Freezers\" Federal Register (9/2010) and supporting documentation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Represents TSD estimate of moving from EER ~5.2-5.5 to ~6.1-6.5 \nAppendix B: Tables 5-A.3.2 (and .4, .6) (and also p.5-46)\nAveraged maximum compressor improvements over all refrgerator types"}]
[338,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Execute 2010 refrigerator rulemaking"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: All Refrig. Standard, 2010"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A54,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential refrigerators and freezers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.245},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.245,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":1.4489999999999998},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1.4489999999999998},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1.4489999999999998},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TSD  \nPrimary Source: Department of Energy, \"Energy Conservation Program: Energy Conservation Standards for Residential Refrigerators, Refrigerator-Freezers, and Freezers\" Federal Register (9/2010) and supporting documentation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Uses product clases 1-7 as proxy for all \nAppendix B: All data taken from TSD and supporting engineering and national impact estimates"}]
[344,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace lighting with LEDs in commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Refrig. Retrofit Lights to LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Parasitic"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13.2},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A55,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial walk-in coolers, beverage merchandizers, beverage vending machines, and display cases"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.74},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.74,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":975},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":975},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"See Addl Data Tab for savings/cost calculation; Navigant/DOE (2009), p. 125 givest 74% savings; http://www.geconsumerproducts.com/pressroom/press_releases/appliances/refrigerators/2008_profileBF_LED.htm, Geolights: http://geolights.com/products_detail.php?id=117  \nPrimary Source: DOE/Navigant (2009), Energy Savings Potential and R&D Opportunities for Commercial Refrigeration Equipment (http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_refrig_report_10-09.pdf)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Must be greater savings than residential; assume lights are x % of total energy use \nAppendix B: Page 125: \"An estimated potential energy savings of 74% could be achieved through the use of LED lighting.\""}]
[356,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy linear oil-free compressor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Linear Compressor in All Refrig."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Compressor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A56,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential refrigerators and freezers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.15},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.15,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$20 million over 5 years"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":50},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit; net of space savings value"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TSD, LG product website (11/12), http://www.acr-news.com/news/news.asp?id=2231, http://www.applianceassistant.com/news/AM091610.html   \nPrimary Source: Department of Energy, \"Energy Conservation Program: Energy Conservation Standards for Residential Refrigerators, Refrigerator-Freezers, and Freezers\" Federal Register (9/2010) and supporting documentation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Price delta is <=$250;  value of marginal space added is ~$100-$300.  using $50 as the price \nAppendix B: EER 7.5from table 3.3.10; cost estimated form web search for existing products with value added for internal refrigerator space"}]
[358,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reduce evaporator use in new commercial ice machines"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Ice Mach, Red. Evap. Use"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Evaporator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":8},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A57,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial ice machines"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.05},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.05,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$25; payback 0.7-1.5 yrs"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Table 5-24, DOE/Navigant (2009), Energy Savings Potential and R&D Opportunities for Commercial Refrigeration Equipment (http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_refrig_report_10-09.pdf)\nOther Supporting Sources: Department of Energy, \"Energy Conservation Program: Energy Conservation Standards for Residential Refrigerators, Refrigerator-Freezers, and Freezers\" Federal Register (9/2010) and supporting documentation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Baseline: Self-Contained, Air-Cooled, 5248 kWh/yr \nAppendix B: Table 5-24, page 152, line 6, \"Reduced Evaporator Thermal Cycling"}]
[369,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate thermoacoustic method for residential refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Thermoaccoustic Refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A58,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential refrigerators and freezers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.15},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.15,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See existing & efficient costs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":2199},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":3748.75},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1549.75},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Table 6-1, Navigant Consulting Energy Savings Potential and R&D Opportunities for Commercial Refrigeration Final Report. Department of Energy (2009)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Est. Time to Commercialization: >10 yrs \nAppendix B: performance average of table 6-1, cost"}]
[372,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate thermotunneling method for refrigerators & freezers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Thermotunneling Refridg. (Theoretical)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"1: Early R&D (not basic science, but still lab bench)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A59,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential refrigerators and freezers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.63254406699999999},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.63254406699999999,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See existing & efficient costs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":2199},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":3748.75},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1549.75},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"PNNL (2010), The Prospects of Alternatives to Vapor Compression Technology for Space Cooling and Food Refrigeration Applications; Egidi, “Thermotunneling Based Cooling Systems for High Efficiency Buildings” (DE-FC26-04NT42324 )  \nPrimary Source: Brown, D., Dirks, J., Fernandez, N., & Stout, T. (2010). The Prospects of Alternatives to Vapor Compression Technology for Space Cooling and Food Refrigeration Applications. Pacific Northwest National Laboratory"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Represents thermotunneling method applied to MaxTech refrigerator in place of VCC \nAppendix B: \"The theoretical performance of thermotunneling devices operating near room temperature has been estimated by GE, Borealis, and Tempronics to be in the range of 50% to 80% of Carnot (COP ~3-5)\"\nRepresents max-tech improvements to refrigerator but compressor (COP 2.2)  replaced with technology limit for themotunneling (COP 3.0)\n372 is R: Thermotunneling Refrigeration; 689 is C: Thermotunneling Cooling\nThese measures represent the same fundamental technology but in very different applications.  Thermotunneling is still a very immature technology (both measures have a deployment level of 1).  The energy savings in 372 is based on theoretical max savings, so to hedge against this estimate, \"Theoretical Efficiency\" will be added to the measure name.  The cost of 372 represents a 25% premium over the baseline, while 689 is based on a 20% premium.  689 will be changed to 25% also for consistency."}]
[382,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use variable speed compressors in select new commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: VSCs for Refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Compressor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A60,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial compressors (DC)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.2,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$138-$201"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":86},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Tables 5-17,19,20,22,26,27, DOE/Navigant (2009), Energy Savings Potential and R&D Opportunities for Commercial Refrigeration Equipment  \nPrimary Source: Department of Energy, \"Energy Conservation Program: Energy Conservation Standards for Residential Refrigerators, Refrigerator-Freezers, and Freezers\" Federal Register (9/2010) and supporting documentation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Max Tech report: 5% \nAppendix B: Arthur D. Little reported savings of approximately 25 % compared to single-speed motor systems in 1999; Tecumseh Products Company demonstrated that energy savings of 15%\nAn average of the estimates of this cost increase provided by the manufacturers weighted by manufacturer market share is near $56; an additional $30 for addition of an electronic control system\nUsing average of two studies: 20% at $86 cost"}]
[383,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use variable speed compressors in residential refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: VSCs for Refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Compressor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A61,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential refrigerators and freezers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.2,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"8-year payback"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":93.96},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"DOE TSD; http://www.homeenergy.org/article_preview.php?id=21&article_title=Motors_Matter"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Max Tech report gives 9% for sectoral savings; 20% energy savings; Improves motor efficiency (permanent magnets), increases operating effectiveness (less fluid heated or cooled), and reduces cycling losses; Necessitates use of brushless DC fan motors to capture efficiency gains\nPrimary Manufacturer: Embraco\nCalculated from Table 3 in article; Total National Potential Energy Savings (kWh/yr) * payback (yr) * energy cost ($/kWh) / # fridges (AEO 2010)"}]
[435,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Adjusts washer operation and washing conditions based on soil load, etc., in residential washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: CW Soil Sensors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":11},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A62,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total water heating energy use by residential clothes washers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.1},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.1,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":56.75},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":100},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit; 3.8 ft^3 capacity"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Table 8-23, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances, http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_appliances_report_12-09.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumed same as commercial; ; part number 617804 from Siemens WM14S890GB = 37 GBP \nAppendix B: Table 8-23, page 257, see \"adaptive control system\""}]
[437,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Dissolve ozone in cold water to reduce hot water usage in multiload clothes washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Advanced Ozone Multi-Load Washing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A63,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total water heating energy use  by multi-load washers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.89},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.89,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":7500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":15000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":7500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":7500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Tables 8-24 and 8-25,  Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances, http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_appliances_report_12-09.pdf\nOther Supporting Sources: \"An Introduction to the Use of Ozone in the Laundry Industry\", http://www.cwtozone.com/uploads/SalesDocs/Markets/Laundry/EcoTex/Sales%20Sheets-individual/Intro%20to%20EcoTex%20RR%20032808.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Eco Tex: http://www.cwtozone.com/uploads/SalesDocs/Markets/Laundry/EcoTex/Sales%20Sheets-individual/Intro%20to%20EcoTex%20RR%20032808.pdf \nAppendix B: Table 8-25, page 258, see \"advanced ozone system\""}]
[438,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase deployment of improved design tunnel washers for even less hot water use"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Advanced Tunnel Washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":11},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A64,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by commercial tunnel washers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.6},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.6,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1200000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Tables 8-26 and 8-27, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances, http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_appliances_report_12-09.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: http://www.americanlaundrynews.com/article.cfm?articleId=17886 \nAppendix B: Table 8-27, page 259, see \"advanced tunnel washer\""}]
[441,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy automatic sprayer shutoff sensors that detect the presence of dish racks in conveyor-type commercial dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: DW Auto Sprayer Shutoff"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Sprayer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A65,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total water heating energy use by conveyor type dishwashers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.5,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$9192 in energy savings in one year"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":20000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":24000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":4000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Tables 4-11,4-21, and 4-23, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances  \nPrimary Source: Hobart Cle Warewasher Opti-Rinse, http://www.hobartcorp.com/products/warewashing/conveyor-type/cle-warewasher/"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Hobart Cle Warewasher Opti-Rinse, http://www.hobartcorp.com/products/warewashing/conveyor-type/cle-warewasher/ \nAppendix B: \"Exclusive Opti-Rinse™ technology for 50% less energy and water usage than comparable models\""}]
[447,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace standard gas commercial dryer with heat pump clothes dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: HP Clothes Dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10.5},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A66,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by single load coin operated dryers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.5,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See existing & efficient costs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":800},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2762},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1962},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Assumed same as measure 449 (electric only)  \nPrimary Source:  Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances, http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_appliances_report_12-09.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Table 8-36, page 272, see \"heat pump\". Cost estimated from average of prices in table 8-33, converted to US dollars."}]
[448,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace residential gas clothes dryers with modulating gas clothes dryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Modulating Gas Dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A67,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential gas clothes dryers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.15},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.15,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Assumed 5 year payback"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":31.647603141400239},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":31.647603141400239},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Tables 8-32, 8-35, 8-36, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances, http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_appliances_report_12-09.pdf\nOther Supporting Sources: Cost assumes 5-year payback of savings of $6.09 per year"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: High performance residential prototype (TIAX/DOE 2005); assume cost is twice residential \nAppendix B: Table 8-36, page 272, see \"modulating gas burner\""}]
[450,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of residential heat pump clothes dryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: HP Clothes Dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A68,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential electric clothes dryers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.5,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See existing & efficient costs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":650},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1381},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":731},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Cost estimated from Table 8-33 (avg converted to $); Tables 8-32, 8-34, 8-36, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances, http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_appliances_report_12-09.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Found incremental cost of $300, assumed $500; http://www.eskimo.com/~nanook/future/2007/04/heat-pump-dryers.html;   Available in Europe but twice cost and twice drying time; 41% energy savings for delicate, 31% savings for medium, 44% for large loads; High performance Resi HP prototype (TIAX, 2005) \nAppendix B: Table 8-36, page 272, see \"heat pump\". Cost estimated from average of prices in table 8-33, converted to US dollars."}]
[455,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standard for residential dishwashers at top of current market"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: DW Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A69,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential dishwashing and its water heating energy use"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Usage, kWh/yr"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":180},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":355},{"$f":"1-M69/N69","v":0.49295774647887325},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":1800},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":400},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2099},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1699},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"ENERGY STAR and Bosch http://www.energystar.gov/index.cfm?c=dishwash.pr_crit_dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Compared to ENERGY STAR minimum, as of 7/1/11"}]
[457,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy temperature and humidity sensors to reduce cycle time in residential clothes dryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: CD: Impr. Cycle Termination"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A70,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential clothes dryers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.15},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M70-N70","v":0.15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":21},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":21},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Tables 8-32, 8-36, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances, http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_appliances_report_12-09.pdf\nOther Supporting Sources: Cost is approx. price of replacement temperature sensor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Cost is approx. price of replacement temperature sensor \nAppendix B: Table 8-36, page 272, see \"improved cycle termination\""}]
[462,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improved water extraction in residential clothes washers to reduce drying time"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: CW: High-Speed Extractor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Spin Cycle"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A71,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential clothes dryers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.25,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Assumed 3 year payback"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":79.00579925844238},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":79.00579925844238},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Table 8-23,  Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances, http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_appliances_report_12-09.pdf\nOther Supporting Sources: Cost assumes 3-year payback based on annual savings of $25.69"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: May be approaching practical limits \nAppendix B: Table 8-23, page 257, see \"improved water extraction\""}]
[470,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase usage of low-temperature detergent in on-site multi-load commercial clothes washers and tunnel washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Multi-load CW: Low-T Detergent"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":1},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A72,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total water heating energy use  by multi-load washers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.2,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$17.97 buys you 78 loads instead of 96 loads; 300 million loads at 200 pounds/year in 130k washers vs 20 pound load detergent dose"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":4319.7115384615381},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":5316.5680473372777},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":996.85650887573956},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Chemical and Engineering News, Vol. 85 #5, Jan. 2007; Other  \nPrimary Source: Tables 8-24 and 8-25, Navigant Consulting; \"Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances\" (2009)\nOther Supporting Sources:  Chemical and Engineering News, Vol. 85 #5, Jan. 2007"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: savings to 20% (i.e., rather than +41.7C from the test procedure (for a 55C wash) you go +28 C (for a 40C wash)) - distribution losses keep energy beneift at 20% rather than 1-28/41.7 \nAppendix B: Table 8-24 & 8-25"}]
[475,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy residential microwave clothes dryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Microwave CD"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A73,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential electric clothes dryers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.21},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.21,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":212},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":212},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Table 8-36, Navigant/DOE (2009): Energy Savings Potential and RD&D Opportunities for Commercial Building Appliances. (p. 270) http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_appliances_report_12-09.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumed same as commercial \nAppendix B: Table 8-36, page 272, see \"microwave\""}]
[493,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase deployment of soil sensors in new residential dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: DW Soil Sensors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":11},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A74,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential dishwashers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.25,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":30},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":30},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"ACEEE, \"Dishwashing\", http://www.aceee.org/consumer/dishwashing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Soil sensor replacement cost for Sears model"}]
[506,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and Deploy Zeolithic Dishwashers to Reduce Energy for Drying"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Zeolithic DW"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A75,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential dishwashers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"kWh/cycle"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.83},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":1.37},{"$f":"1-M75/N75","v":0.39416058394160591},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"13 yr payback @ 200 cylces/year and $0.15/kWh"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":486},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"LBNL Priority Setting Estimates spreadsheet; http://www.siemens.com/innovation/en/publications/publications_pof/pof_spring_2010/zeolith.htm  \nPrimary Source: Siemens product description (available in the UK)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Siemens: 0.83 kWh/cycle\nAHAM blog:  in 1991 the average dishwasher consumed 2.67 kilowatts (kWh) per cycle and by 2010 it was only 1.37 kWh/ cycle"}]
[622,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Incentives or campaign to build max tech supermarkets"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Max Tech Supermarket"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":12},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A76,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All supermarket refrigeration systems (cond, comp, walk-ins, & display)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.28399999999999997},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M76-N76","v":0.28399999999999997},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See existing & efficient costs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":228536},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":228536},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Table 5-12, 4-3, DOE/Navigant (2009), Energy Savings Potential and R&D Opportunities for Commercial Refrigeration Equipment (http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_refrig_report_10-09.pdf)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Cost is sum of compressor racks, condensers, sprmkt walk-ins, and 60x display cases, all max tech options; savings are reduced to account for load reduction (derived from Table 5-12) \nAppendix B: Cost is sum of compressor racks, condensers, sprmkt walk-ins, and 60x display cases, all max tech options; savings are reduced to account for load reduction (derived from Table 5-12)"}]
[718,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"A heat pump coupled washer is devised such that a single heat pump is designed to provide heating for the dry cycle and for generating hot water. The device will include an internal heat exchanger and storage component capable of recovering waste heat between the wash and dry cycles."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Adv Washer-Dryer Pair"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A77,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential clothes washing, drying, and water heating energy consumption"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.4},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.4,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$2.5-$3.5k DOE target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1200},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":3000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1800},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per pair"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Confidential White Paper and confidential discussion with ORNL CRADA partner  \nPrimary Source: Personal communication: Bouza, DOE (1/2012)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[733,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Miscellaneous Residential Motors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Misc Motors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A78,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by miscellaneous residential motors"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.71866849691146195},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.489293067947838},0.22937542896362395,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":0},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":40},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"http://www.totalenergycompany.com/pdf/Motor_Efficiency_DOE1999.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[800,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop high performance cost effective refrigerator:  50% at $100"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: High Performance Refrigerator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A79,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential refrigerators"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.5,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":100},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Program goal"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"program goal based on current effort by Whirlpool through ARRA funded project"}]
[801,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop magnetocaloric refrigerator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Magnetocaloric Refrigerator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A80,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential refrigerators"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.3,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":500},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Program goal"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"program goal based on current effort by GE through ARRA funded project"}]

{"sheet":"Appliances Output","index":9,"n_rows":101,"n_cols":17,"rows_kept":101,"cut":false,"hidden":false,"merged":[[100,3,100,13],[9,1,9,16]]}
[null,"F"]
[null,null,null,"This tab contains data and graphs for:","Appliances Outputs"]
[]
[null,"Each entry in the table below shows the results for each particular energy efficiency measure included in the BTO Prioritization Tool analysis. These results are graphed and illustrated below."]
[]
[null,"Abbreviations: "]
[null,"C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; DW: Dishwasher; CD: Clother Dryer; CW: Clothes Washer; WH: Water Heater; HP: Heat Pump"]
[]
[null,"Deployment Level Code:"]
[null,"0: Roadmap Goal / Target;   1: Early R&D: not basic science, but still lab bench;    2: Late R&D: cost reduction, performance improvement, maybe available to early adopters);   3: Early Deployment: savings not yet proven in whole building context\n4: Late Deployment: savings proven, but need to transform the market;   5: Standards: rule in place, underway, planned, or ready to be planned."]
[]
[null,"Measure No.",null,"Description","Brief description","Deployment Level (0-5)",null,"Market: Consumption, 2030 (TBTUs)","Market: Stock, 2030 (Million Units)","Stock Unit Definition",null,"Technical Potential, 2030 (TBTUs)","Unstaged Maximum Adoption Potential, 2030 (TBTUs)","Unstaged CCE ($/MMBTU)",null,"Staged Maximum Adoption Potential, 2030 (TBTUs)","Staged CCE \n($/MMBTU)"]
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[null,4,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B98, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial electric broilers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B98, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Electric Broiler Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B98, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B98, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B98, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B98,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1.5819387257196331},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B98, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":2.3916311645708035E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B98, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B98,'[2]Adoption curve'!$B$38:$B$650,0))","v":0},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B98,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B98,[2]Staging!$D$6:$D$566, 0))","v":188},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B98,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P98=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B98,[2]Staging!$D$6:$D$566,0)),$N98))","v":"N/A"}]
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[]
[null,null,null,"Appliances Results Graphs"]

{"sheet":"Lighting Inputs","index":10,"n_rows":37,"n_cols":24,"rows_kept":37,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"This tab contains data for:",{"$f":"RIGHT(CELL(\"filename\",A1),LEN(CELL(\"filename\",A1))-FIND(\"]\",CELL(\"filename\",A1)))","v":"Lighting Inputs"}]
[]
["Each entry in the below table represents the inputs and assumptions for one particular energy efficiency measure included in the BTO Prioritization Tool analysis."]
[]
["Abbreviations: "]
["C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; * - TARGET measure"]
[]
["Indexing #",null,"These columns describe the measure and its characteristics",{"$nulls":5},"These columns describe the market to which the measure is applied",null,null,"These columns describe the efficiency level of the measure",{"$nulls":4},"These columns contain the cost data for the measure and what it replaces in the market",{"$nulls":5},"These columns list sources and notes applicable to the measure"]
["Measure No.",null,"Description","Brief description","Component","Deployment Level (0-5)","Lifetime (years)",null,"Sector Targeted","Market Description",null,"Units of  Operation","Efficient Operation","Baseline Operation","Energy Savings (%) ",null,"Market Cost (as defined in the source)","Market Cost (per standard unit)","Market Cost (per efficient unit, at scale)","Incremental Measure Cost","Stock Unit Definition",null,"Source(s) Used","Relevant Notes"]
[224,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize solid state lighting (SSL) signage fixtures in commercial lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: SSL Signs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":11.4},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A11,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All energy consumption of all types of commercial signs"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Quads consumed"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":1.2E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0.112},{"$f":"(N11-M11)/N11","v":0.8928571428571429},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":-1854.86},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-1854.86},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per sign"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant 2005 Lighting Market Characterization II; Navigant 2008 Energy Savings LEDs Niche Apps  \nPrimary Source: Navigant Consulting U . S . Lighting Market Characterization Volume II: Energy Efficient Lighting Technology Options. Energy II, 286 (2005)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Per year \nAppendix B: Table 6-6: Summary Table for Utilization: Fixtures, \"Monochromatic LEDs exhibit 80-\n90% energy savings over neon in\nsignage fixtures.\""}]
[614,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all residential lighting with LEDs - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: LEDs, SSL Program Goal*"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":55},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A12,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total lighting energy consumption in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":210},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":26},{"$f":"1-N12/M12","v":0.87619047619047619},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"The DOE SSL Program goal is for LED lamps to reach a first cost of $5/klm by 2020. It is expected that there will be little to no change to residential conventional lighting. This is estimated at a weighted average of $3.6/klm. Assume a 800 lumen output is typical for residential products. "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":74.38},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":4},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-70.38},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30 lamps replaced/home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"2013 SSL Program MYPP; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[184,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize replacement of incandescent lighting with CFLs for commercial lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: CFLs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Lamp"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":3},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A13,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial incandescent"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":53},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":13},{"$f":"1-N13/M13","v":0.75471698113207553},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Typical A-type lamp provides 800 lumens. First cost of a CFL is estimated at $3.4/klm, while an incandescent is $0.6/klm."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":5.86},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2.72},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-3.14},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per lamp"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[825,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all outdoor lighting with LEDs - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"O: LEDs, SSL Program Goal*"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A14,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Outdoor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All lighting, Outdoor"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":210},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":63},{"$f":"1-N14/M14","v":0.7},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"The DOE SSL Program goal is for LED luminaires to reach a first cost of $17/klm by 2020. It is expected that there will be little to no change to outdoor conventional lighting. This is estimated at a weighted average of $32/klm. Assume a 10,000 lumen output is typical for outdoor fixtures."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":444.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":170},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-150},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminaire"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"2013 SSL Program MYPP; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\n\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[613,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all commercial/industrial lighting with LEDs - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I: LEDs, SSL Program Goal*"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":9},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A15,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial/Industrial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All lighting in all types of commercial and industrial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":210},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":67},0.68095238095238098,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"The DOE SSL Program goal is for LED troffers to reach a first cost of $85 by 2020. It is expected that there will be little to no change to commercial conventional lighting. This is estimated at a weighted average of $20/klm. Assume a 5000 lumen output is typical for commercial products.  "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":117},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":85},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-32},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminaire"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"2013 SSL Program MYPP; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[180,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize CFLs for residential general use lighting in place of incandescents"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: CFLs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Lamp"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":15},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A16,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total incandescent lighting energy consumption all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":53},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":13},0.75471698113207553,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Typical residential lamp provides 800 lumens. First cost of a CFL is estimated at $3.4/klm, while an incandescent is $0.6/klm.\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":3.98},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2.72},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-1.2599999999999998},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per lamp"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[14,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Commercial lighting: troffers 1-to-1 replacement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: LED Troffers (2x4,2x2,1x4)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":9},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A17,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial troffers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":94},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":74},0.21276595744680848,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Average troffer system provides 5,000 lumens. First cost of an LED troffer is estimated at $85/klm, while an LFL system costs $20/klm"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":117},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":425},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":308},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminare"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Navigant LED Product Database; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\nFor standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting\n"}]
[15,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Commercial lighting: troffers 1-to-1 replacement with added controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: LED Troffers (2x4,2x2,1x4)+Ctrls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":9},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A18,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial troffers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":108},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":74},0.31481481481481477,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$175 control cost taken from measure 206"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":117},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":600},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":483},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminare"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Referred to input 206 for info. on impacted of adding lighting controls, and updated input 12-15 regarding LFL system costs and LED troffer cost and efficiency w/o lighting controls.\nFor standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[16,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace metal halide parking lot lighting with LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"O: Parking Lot LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A19,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Outdoor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All metal halide lighting in parking lots"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":78},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":60},0.23076923076923073,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Average parking lot system provides 10,000 lumens. First cost of an LED parking luminaire is estimated at $87/klm, while a metal halide system costs $54/klm"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":802.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":870},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":67.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminare"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant LED Product Database; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\n\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[153,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all commercial & industrial lighting with LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I: LED (replace all)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Lamp"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":9},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A20,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial/Industrial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All lighting in all types of commercial and industrial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":94},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":68},0.27659574468085102,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$2.2/kLm (i.e., 4x Indandesc)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":137},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":425},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":288},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminaire"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant LED Product Database; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\n\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[154,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all residential lighting with LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: LED (replace all)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Lamp"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":55},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A21,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total lighting energy consumption in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":73},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":26},0.64383561643835618,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Typical residential lamp provides 800 lumens. First cost of an LED lamp is estimated at $37/klm, while the weighted average cost of an incandescent/halogen/CFL lamp is $3.6/klm. "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":17.18},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":29.6},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":12.420000000000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per lamp"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant LED Product Database; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\n\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[182,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"LEDs for holiday lights"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: LED Holiday Lights"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":55},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A22,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by residential decorative light strings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.7},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M22-N22","v":0.7},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"First cost for one string of LED holiday lights is estimated at $8, while incandescent mini lights are $2"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":38},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":8},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":-30},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per string"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Energy.gov LED Lighting - Holiday Lights, http://energy.gov/energysaver/articles/led-lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[188,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize the use of electronic ballasts (rather than magnetic) in residential and commercial fluorescent lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Electronic Ballast Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Ballasts"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A23,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial and Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential and commercial fluorescent lighting"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":6.9699999999999998E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M23-N23","v":6.9699999999999998E-2},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Costs per ballast"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":7.32},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":7.45},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.12999999999999989},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per ballast; 2 lamps in stock per ballast"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting & Pacific Northwest National Laboratory Final Rule Technical Support Document Energy Conservation Program for Consumer Products and Certain Commercial And Industrial Equipment: Fluorescent Lamp Ballasts. Department of Energy (2011)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: 2 Lamp 120/277 volt instant start high efficiency Maxlite for F28T8 fluorescents \nAppendix B: In depth anaysis based on technical data included in tool"}]
[194,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy HID ceramic arc tubes as replacement to incandescents in low CRI commercial lighting and mercury vapor (MV) & metal halide (MH) replacements in commercial, industrial, and outdoor lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I/O: Low-CRI HIDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Lamp"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":1},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A24,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial/Industrial/Outdoor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial incandescent lighting, as well as commercial, industrial, and outside mercury-vapor and metal halide lighting"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":67.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":24.8},{"$f":"1-N24/M24","v":0.6325925925925926},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":38},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":4},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":38},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":62.962962962962962},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per lamp"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting U . S . Lighting Market Characterization Volume II: Energy Efficient Lighting Technology Options. Energy II, 286 (2005).\nOther Supporting Sources: Cost data are from google searches of commercially available appliances"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Compares to Quartz Metal Hallide at $35 \nAppendix B: Table 3-34: Technical Potential Energy Savings of Ceramic Metal Halide"}]
[215,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy LED PARs as replacement for incandescent reflectors in residential, commercial, industrial, and outdoor lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R/C/I/O: PAR LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Lamp"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A25,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial/Industrial/Outdoor/Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All residential, commercial, industrial and outdoor reflector lamps"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":63},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":15},0.76190476190476186,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Average commercial/industrial system provides 8500 lumens. First cost of an LED reflector lamp is estimated at $81/klm, while a halogen PAR lamp costs $15/klm"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":47.43},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":68.849999999999994},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":21.419999999999995},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per lamp"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant LED Product Database; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\n\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[229,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace commercial/industrial lighting with OLEDs - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I: OLEDs, SSL Program Goal*"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":5},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A26,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial/Industrial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All lighting in all types of commercial and industrial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":190},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":67},0.64736842105263159,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"The DOE SSL Program goal is for OLED luminaires to reach a first cost of $50/klm by 2020. It is expected that there will be little to no change to commercial/industrial conventional lighting. This is estimated at a weighted average of $20/klm. Assume a 5000 lumen output is typical for commercial/industrial products."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":100},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":250},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":150},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminaire"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"2013 SSL Program MYPP; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[332,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy fiber optic lighting in commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Fiber Optic Lighting in Refrig."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Parasitic"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13.2},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A27,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial walk-in coolers, beverage merchandizers, beverage vending machines, and display cases"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M27-N27","v":0.25},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"30000 for 14 cases"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1607.1428571428571},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Table 6-1, DOE/Navigant (2009), Energy Savings Potential and R&D Opportunities for Commercial Refrigeration Equipment (http://apps1.eere.energy.gov/buildings/publications/pdfs/corporate/commercial_refrig_report_10-09.pdf)\nOther Supporting Sources: Department of Energy, \"Energy Conservation Program: Energy Conservation Standards for Residential Refrigerators, Refrigerator-Freezers, and Freezers\" Federal Register (9/2010) and supporting documentation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Navigant reports reach-in frz retrofit with fiber optics cost $30k for 14 cases; assumed price reduced by 25% in 4-5 years since. \nAppendix B: Table 6-1, page 157 for energy savings. For cost, assumes $30,000 for 14 cases of lighting. ($30,000-$30,000*.25)/14 = $1,607.14 BUT THIS DOESN’T MAKE SENSE?!?!?"}]
[817,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace metal halide parking lot lighting with LEDs, and install timer and motion sensor controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"O: Parking Lot LEDs + Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A28,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Outdoor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All metal halide lighting in parking lots"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":106.08000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":60},0.43438914027149333,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Costs provided in DOE SSL Gateway report (total cost for 25 LED controls $2400)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":802.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":966},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":426},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminare"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Energy savings percentage comes from the following DOE SSL Program Gateway report; http://apps1.eere.energy.gov/buildings/publications/pdfs/ssl/2012_gateway_sensors.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[818,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"LEDs for residential general use lighting in place of incandescents"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Lamp"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":55},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A29,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total incandescent lighting energy consumption all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":73},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":13},0.82191780821917804,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Typical residential lamp provides 800 lumens. First cost of a CFL is estimated at $3.4/klm, while an incandescent is $0.6/klm.\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":13.98},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":29.6},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":15.620000000000001},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per lamp"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant LED Product Database; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\n\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[824,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all outdoor lighting with LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"O: General Illumination"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A30,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Outdoor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All lighting, Outdoor"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":78},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":63},0.19230769230769229,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Typical outdoor luminaire provides 10,000 lumens. First cost of an outdoor LED luminaire is estimated at $87/klm, while the weighted average cost of a conventional outdoor system $32/klm. "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":444.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":870},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":550},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminare"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant LED Product Database; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\n\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[826,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all downlighting with LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R/C/I: Replace Downlight w/ LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":30},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A31,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial/Residential/Industrial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All downlighting in all commercial, residential and industrial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":60},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":20},0.66666666666666674,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Average commercial downlight provides 900 lumens. First cost of an LED downlight is estimated at $55/klm, while a conventional downlight system costs $15/klm"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":80.33},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":49.5},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":36},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminare"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant LED Product Database; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\n\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[827,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all MR16s with LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R/C: Replace MR16s w/ LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Lamp"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A32,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial and Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial and residential MR16s"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":50},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":17},0.65999999999999992,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Average MR16 lamp provides 450 lumens. First cost of an LED MR16 is estimated at $97/klm, while a conventional MR16 lamp costs $15/klm\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":55.98},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":43.65},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":35.549999999999997},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminare"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant LED Product Database; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\n\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[828,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace metal halide streetlighting with LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"O: Streetlights"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A33,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Outdoor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All metal halide street lighting"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":78},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":60},0.23076923076923073,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Average streetlight provides 15,000 lumens. First cost of an LED streetlight is estimated at $87/klm, while a metal halide streetlight system costs $53/klm"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1203.75},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1305},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":495},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminare"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant LED Product Database; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\n\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[829,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace metal halide streetlighting with LEDs with controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"O: Streetlights + Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A34,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Outdoor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All metal halide street lighting"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":106},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":60},0.43396226415094341,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Costs provided in DOE SSL Gateway report (total cost for 25 LED controls $2400)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":1203.75},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1401},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":591},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminare"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Energy savings percentage comes from the following DOE SSL Program Gateway report; http://apps1.eere.energy.gov/buildings/publications/pdfs/ssl/2012_gateway_sensors.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[830,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace metal halide parking garage lights with LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"O: Parking Garage LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A35,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Outdoor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All metal halide lighting in parking garages"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":78},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":60},0.23076923076923073,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Average parking garage light provides 5,000 lumens. First cost of an LED parking garage luminaire is estimated at $87/klm, while a  system costs $53/klm"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":401.25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":435},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":165},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminare"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant LED Product Database; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\n\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[831,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace metal halide parking garage lights with LEDs with controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"O: Parking Garage LEDs + Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":13},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A36,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Outdoor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All metal halide lighting in parking garages"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":106},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":60},0.43396226415094341,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Costs provided in DOE SSL Gateway report (total cost for 25 LED controls $2400)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":401.25},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":531},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":261},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminare"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Energy savings percentage comes from the following DOE SSL Program Gateway report; http://apps1.eere.energy.gov/buildings/publications/pdfs/ssl/2012_gateway_sensors.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]
[832,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"LEDs to replace high bay"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I: High Bay LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":9},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A37,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial/Industrial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All high bay lighting in all commercial and industrial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"lumens/watt"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":80},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":65},0.1875,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Average commercial/industrial high bay fixture provides 15,000 lumens. First cost of an LED high bay luminaire is estimated at $83/klm, while a conventional high bay system costs $47/klm"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":754.2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1245},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":540},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminare"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant LED Product Database; 2010 U.S. Lighting Market Characterization; 2012 Energy Savings Potential of SSL\n\n"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"For standard unit cost derivation, see Lighting Measures_Relamp and Labor Costs 07 01 2013 spreadsheet (created by Mary) in 2013 TDM Mtg Folder-Lighting"}]

{"sheet":"Lighting Outputs","index":11,"n_rows":41,"n_cols":17,"rows_kept":41,"cut":false,"hidden":false,"merged":[[40,3,40,13],[9,1,9,16]]}
[]
[null,null,null,"This tab contains data and graphs for:","Lighting Outputs"]
[]
[null,"Each entry in the table below shows the results for each particular energy efficiency measure included in the BTO Prioritization Tool analysis. These results are graphed and illustrated below."]
[]
[null,"Abbreviations: "]
[null,"C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; DW: Dishwasher; CD: Clother Dryer; CW: Clothes Washer; HP: Heat Pump"]
[]
[null,"Deployment Level Code:"]
[null,"0: Roadmap Goal / Target;   1: Early R&D: not basic science, but still lab bench;    2: Late R&D: cost reduction, performance improvement, maybe available to early adopters);   3: Early Deployment: savings not yet proven in whole building context\n4: Late Deployment: savings proven, but need to transform the market;   5: Standards: rule in place, underway, planned, or ready to be planned."]
[]
[null,"Measure No.",null,"Description","Brief description","Deployment Level (0-5)",null,"Market: Consumption, 2030 (TBTUs)","Market: Stock, 2030 (Million Units)","Stock Unit Definition",null,"Technical Potential, 2030 (TBTUs)","Unstaged Maximum Adoption Potential, 2030 (TBTUs)","Unstaged CCE ($/MMBTU)",null,"Staged Maximum Adoption Potential, 2030 (TBTUs)","Staged CCE \n($/MMBTU)"]
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[null,614,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all residential lighting with LEDs - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: LEDs, SSL Program Goal*"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B14, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B14,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1654.3967992945072},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B14, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":8023.6436108865746},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home; 30 lamps replaced/home"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B14,'[2]Adoption curve'!$B$38:$B$650,0))","v":1305.6498221688946},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B14,[2]Staging!$D$6:$D$566,0))","v":1305.6498221688946},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B14,[2]Staging!$D$6:$D$566, 0))","v":-20.56},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B14,[2]Staging!$D$6:$D$566,0))","v":1365.8369375851516},{"$f":"IF(P14=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B14,[2]Staging!$D$6:$D$566,0)),$N14))","v":-20.56}]
[null,184,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize replacement of incandescent lighting with CFLs for commercial lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: CFLs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B15, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B15,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":174.96325983470419},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B15, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":1527.989669193995},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per lamp"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B15,'[2]Adoption curve'!$B$38:$B$650,0))","v":125.30039940546747},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B15,[2]Staging!$D$6:$D$566,0))","v":125.30039940546746},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B15,[2]Staging!$D$6:$D$566, 0))","v":-6.82},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B15,[2]Staging!$D$6:$D$566,0))","v":137.12873267078999},{"$f":"IF(P15=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B15,[2]Staging!$D$6:$D$566,0)),$N15))","v":-6.82}]
[null,825,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all outdoor lighting with LEDs - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"O: LEDs, SSL Program Goal*"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"0: Roadmap Goal/Target"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B16, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B16,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1527.6206343772474},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B16, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":220.684242484083},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per luminaire"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B16,'[2]Adoption curve'!$B$38:$B$650,0))","v":965.68480205069636},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B16,[2]Staging!$D$6:$D$566,0))","v":965.68480205069625},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B16,[2]Staging!$D$6:$D$566, 0))","v":-2.41},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B16,[2]Staging!$D$6:$D$566,0))","v":1036.3632860104817},{"$f":"IF(P16=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B16,[2]Staging!$D$6:$D$566,0)),$N16))","v":-2.41}]
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[null,188,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B38, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize the use of electronic ballasts (rather than magnetic) in residential and commercial fluorescent lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B38, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Electronic Ballast Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B38, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B38, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B38, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B38,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":4101.2106569592279},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B38, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":3304.3377354739737},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B38, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per ballast; 2 lamps in stock per ballast"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B38,'[2]Adoption curve'!$B$38:$B$650,0))","v":73.422663411158283},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B38,[2]Staging!$D$6:$D$566,0))","v":73.422663411160102},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B38,[2]Staging!$D$6:$D$566, 0))","v":0.35},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B38,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P38=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B38,[2]Staging!$D$6:$D$566,0)),$N38))","v":"N/A"}]
[null,194,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B39, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy HID ceramic arc tubes as replacement to incandescents in low CRI commercial lighting and mercury vapor (MV) & metal halide (MH) replacements in commercial, industrial, and outdoor lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B39, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I/O: Low-CRI HIDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B39, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B39, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B39, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B39,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":721.29318771750729},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B39, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":792.51686336497937},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B39, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per lamp"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B39,'[2]Adoption curve'!$B$38:$B$650,0))","v":15.232952425788426},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B39,[2]Staging!$D$6:$D$566,0))","v":15.232952425788767},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B39,[2]Staging!$D$6:$D$566, 0))","v":38.729999999999997},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B39,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P39=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B39,[2]Staging!$D$6:$D$566,0)),$N39))","v":"N/A"}]
[]
[null,null,null,"Lighting Results Graphs"]

{"sheet":"Sensors & Controls Inputs","index":12,"n_rows":21,"n_cols":24,"rows_kept":21,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"This tab contains data for:",{"$f":"RIGHT(CELL(\"filename\",A1),LEN(CELL(\"filename\",A1))-FIND(\"]\",CELL(\"filename\",A1)))","v":"Sensors & Controls Inputs"}]
[]
["Each entry in the below table represents the inputs and assumptions for one particular energy efficiency measure included in the BTO Prioritization Tool analysis."]
[]
["Abbreviations: "]
["C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only"]
[]
["Indexing #",null,"These columns describe the measure and its characteristics",{"$nulls":5},"These columns describe the market to which the measure is applied",null,null,"These columns describe the efficiency level of the measure",{"$nulls":4},"These columns contain the cost data for the measure and what it replaces in the market",{"$nulls":5},"These columns list sources and notes applicable to the measure"]
["Measure No.",null,"Description","Brief description","Component","Deployment Level (0-5)","Lifetime (years)",null,"Sector Targeted","Market Description",null,"Units of  Operation","Efficient Operation","Baseline Operation","Energy Savings (%) ",null,"Market Cost (as defined in the source)","Market Cost (per standard unit)","Market Cost (per efficient unit, at scale)","Incremental Measure Cost","Stock Unit Definition",null,"Source(s) Used","Relevant Notes"]
[105,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage adoption of retro-commissioning of commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Retro-Commissioning"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Other"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":5},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A11,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial HVAC energy use"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.16},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M11-N11","v":0.16},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.42/sq.ft"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":0.42},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.42},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"LBNL: Mills, Evan; Building Commissioning; July 21, 2009. Primary Source: \"Building Commissioning: A Golden Opportunity for Reducing Energy Costs and Greenhouse Gas Emissions\", Mills, E.; Energy Efficiency (2011) 4:145–173. Other Sources: Mills, E., Friedman, etc. (2004). “The cost-effectiveness of commercial-buildings commissioning: A meta-analysis of energy and non-energy impacts in existing buildings and new construction in the US.” LBNL No.56637 http://cx.lbl.gov/2004-assessment.html."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: 5 years of persistent savings; includes BEIS and Fault detection; Use $0.15 and 15% savings for sensitivity analysis \nAppendix B: Table 3 indicates total primary energy savings in existing buildigns of 16%"}]
[122,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy predictive control thermostats in all homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Predictive Thermostats"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A12,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential central AC and heating energy consumption"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.10472222222222222},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M12-N12","v":0.10472222222222222},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$250 per thermostat plus $120 for NEST installation (or assume $50 for 1/2 hour install)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":370},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":370},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Savings: Cho, Energy Conservation and Management 44 (2003);\nCost: Nest (http://www.nest.com/inside-and-out/)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Savings of $282 off $2200 in most aggressive realistic scenario \nAppendix B: The results show that use of the predictive control strategy could save between 10% and 12% energy during the cold winter months. The energy savings are somewhat higher during mild weather conditions."}]
[171,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to include building commissioning in new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Commissioning (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Maintenance"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A13,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total HVAC load in new commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.13},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.13,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$0.30/sq.ft"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":" \"Building Commissioning: A Golden Opportunity for Reducing Energy Costs and Greenhouse Gas Emissions\", Mills, E.; Energy Efficiency (2011) 4:145–173\nOther Supporting Sources: Mills, E., Friedman, H., Powell, T., Bourassa, N., Claridge, D., Haasl, T., & Piette, M. A. (2004). “The cost-effectiveness of commercial-buildings commissioning: A meta-analysis of energy and non-energy impacts in existing buildings and new construction in the United States.” Lawrence Berkeley National Laboratory Report No.56637 http://cx.lbl.gov/2004-assessment.html."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: 5 years of persistent savings \nAppendix B: Table 3 indicates total primary energy savings in new buildigns of 13%"}]
[181,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, develop, and demonstrate daylight-responsive dimming (Photosensor-Based Lighting Controls) in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Perimeter Zone Day Lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":40},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A14,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial fluorescents in a perimeter zone "},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.4},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.4,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See existing & efficient costs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":184.93150684931507},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":184.93150684931507},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per fluorescent lamp"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Cost from PNNL 2005, K-12 Schools AERG (draft)  \nPrimary Source: Brambley, M. et al. Advanced sensors and controls for building applications: Market assessment and potential R&D pathways. Energy 156 (2005).at <http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.111.8772&amp;rep=rep1&amp;type=pdf>"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Used average of $1.60 per sq-ft for 80 billion square feet, and $3.79 for K-12 Schools AERG.  Assumes dimmable ballasts must be installed. Assumes 3080 fluorescent lamps per 211,000 ft2 (0.0146 lamps/ft2) based on the K-12 Schools AERG. \nAppendix B: PNNL page 2.23: \"A report by the EPA (2001) suggests that daylit offices can achieve up to 35%-40% savings, and that other daylit spaces (classrooms, grocery stores, and retail outlets) can achieve 40%-60% savings.\" and used $1.60 per sq-ft for 80 billion square feet"}]
[206,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy wireless occupancy sensors and corresponding wireless lighting snap-on relay in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Wireless Lighting Occ. Sensor System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A15,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All commercial lighting, per square foot stock"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.13},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.13,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$175/controller, $.08/ft2 from K-12 Schools (AERG); $24/controller, $0.014/ft2 (NCI)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":0.05},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.05},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; one controller per 4 luminares"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting U . S . Lighting Market Characterization Volume II: Energy Efficient Lighting Technology Options. Energy II, 286 (2005).\nNREL. 2011. Advanced Energy Retrofit Guide for K-12 Schools (Draft). EERE Report DOE/GO-102011-3467.  Project Lead: Robert Hendron\nOther Supporting Sources: Brambley, M. et al. Advanced sensors and controls for building applications: Market assessment and potential R&D pathways. Pacific Northwest National Laboratory (2005)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: From Navigant: Average for existing fluorescent fixtures: $78; used $175 for integrated occupancy sensor; 1 sensor per 4 fixtures.  From AERG: $0.08/ft2 \nAppendix B: Energy savings based on the average of the K-12 schools AERG (11%) and the Navigant Lighting Study (15%). \nFrom Navigant, the incremental cost of $24/controller translates to about $0.014/ft2 (assuming 126 controllers per 210,000 ft2 based on the K-12 AERG).  The K-12 AERG suggests a cost of about $0.08/ft2.  The difference was split and $0.05/ft2 was used.  "}]
[232,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy switch-based occupancy sensors/fixture with a controller in residential buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Lighting Occ. Sensor/Fixture + ctrl"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A16,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total lighting energy consumption in all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.1},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.1,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":44},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0.56000000000000005},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":44},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":5.43},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per sensor; one unit per 8 bulbs"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Navigant Consulting U . S . Lighting Market Characterization Volume II: Energy Efficient Lighting Technology Options. Energy II, 286 (2005).\nOther Supporting Sources: Cost data are from google searches of commercially available appliances"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Average for existing fluorescent fixtures: $78 \nAppendix B: Page 108: \"Typical LED drive electronics operate at efficiencies in the range of 75% to 85%. For comparison, the\nmost efficient ballasts for fluorescent lamps operate at a little better than 90% efficiency, with single digit\nlosses (Lightfair, 2003).\"\nTechnical potential is very small, so finding an exact efficiency improvement less than 15% is not a priority."}]
[557,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Commercialize, demonstrate, and deploy comprehensive home automation system"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Home Automation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A17,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total residential consumption by all homes"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.06},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.06,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":600},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":600},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"SWAG  \nPrimary Source: Cost: Williams, Matthews, Breton, and Brady; \"Use of a Computer-Based System to Measure and Manage Energy Consumption in the Home\" IEEE 2006\nOther Supporting Sources: Wireless home automation networks: A survey of architectures and technologies"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Reperesents target cost: SWAG \nAppendix B: Use average of $1000 today and cost ocmpressed $200 to get $600"}]
[719,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Optimize whole-building control system that controls the operation of multiple systems to minimize costs based on a variety of inputs, such as occupancy, weather, fuel prices, etc."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Optimize Whole-Building Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A18,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All energy use in commercial buildings >100,000 ft2"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.27999999999999992},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.27999999999999992,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"236000 per 100,000 ft2"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":2.36},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":2.36},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX. Energy Impact of Commercial Building Controls and Performance Diagnostics?: Market Characterization , Energy Impact of Building Faults and Energy Savings Potential. Construction 413 (2005)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumes an EMS is required ($136,000) plus an additional $100,000 for the OWBCS controls/sensors/software.  Assumes 20% savings for EMS alone, plus another 10% for OWBCS. \nAppendix B: TIAX: \"Heating: 10%, Cooling 20%, Ventilation 0%\"\n\"Overall it would appear the first cost of an OWBCS associated with an EMCS would be similar to the cost of a higher-end Whole Building Diagnostics implementation less the cost of additional sensors, i.e., on the order of $100000\"\nInstalled cost of an EIS for a 100,000 ft2 office building was $136,000. Assumes an EMS is required ($136,000) plus an additional $100,000 for the OWBCS controls/sensors/software.  Assumes 20% savings for EMS alone followed by 10% for OWBCS. "}]
[720,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Outside air damper automated fault detection and diagnostics (AFDD)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Outside-Air Damper AFDD"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A19,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total commercial cooling by rooftop AC units (RTUs)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.1},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.1,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$30 per RTU (assumes digital RTU controls/sensors)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1.4285714285714285E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1.4285714285714285E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 7.5 tons/RTU, 280 ft^2/ton"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX. Energy Impact of Commercial Building Controls and Performance Diagnostics?: Market Characterization , Energy Impact of Building Faults and Energy Savings Potential. Construction 413 (2005)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumes an EMS is present and the RTU already has direct digital controls.  Assumes 20% savings per RTU, and 50% of RTUs have malfunctioning dampers. Assumes necessary repairs are low-cost (remove obstruction, lubricate). \nAppendix B: ~$30 per RTU or AHU,  7.5 tons/RTU, 280 ft2/ton, new equipment only. 20% savings if there's a damper failure, 35% of dampers are malfunctioning."}]
[721,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Rooftop Unit (RTU) fault detection and diagnostics "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: RTU AFDD"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A20,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total commercial cooling by rooftop AC units (RTUs)"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":9.4E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},9.4E-2,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$80 per RTU (assumes an existing EMS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":3.8095238095238092E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":3.8095238095238092E-2},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 7.5 tons/RTU, 280 ft^2/ton"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX. Energy Impact of Commercial Building Controls and Performance Diagnostics: Market Characterization , Energy Impact of Building Faults and Energy Savings Potential. Construction 413 (2005)."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumes an EMS is present.  Assumes 20% savings per RTU, and 35% of RTUs have malfunctioning dampers.  Maintenance savings are not included, because energy savings potential seems to depend on poor maintenance . Assumes necessary repairs are low-cost (remove obstruction, lubricate).practices. \nAppendix B: Energy savings from TIAX (9% = 0.075 Quads/0.8 Quads). $80 per RTU, 7.5 tons/RTU, 280 ft2/ton. Assumes an EMS is present.   Maintenance savings and necessary repairs are neglected.  "}]
[723,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Packaged HVAC controls for existing buildings (economizer, multi-speed fan and capacity control, demand control ventilation)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Packaged HVAC Controls (Retrofit)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A21,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total commercial HVAC (HP and RTU) in all existing buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.3,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See existing & efficient costs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":1.32},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":1.32},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"W Wang, Y Huang, S Katipamula, MR Brambley. 2011. Advanced Controls for Existing Packaged A/C with gas heating. PNNL 20995. http://www.pnnl.gov/main/publications/external/technical_reports/PNNL-20955.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"BTP Tool: Assumes no economizer and constant speed fans.  Cost estimate of $1.32/ft2 was based on sum of component measures (129, 141, 101, 104, 722).  Only half the cost of an EMS was included because of likely double-counting. \nAppendix B: Wang: \"The results from detailed simulation analysis show significant energy (24% to 35%) and cost savings (38%) from fan, cooling and heating energy consumption when packaged units are retrofitted with advanced control packages.\" The average energy savings (30%) was used.\nCost of $1.32/ft2 based on sum of component measures (129, 141, 101, 104, 722).  Only half the cost of an EMS was included because of synergies."}]

{"sheet":"Sensors & Controls Outputs","index":13,"n_rows":25,"n_cols":17,"rows_kept":25,"cut":false,"hidden":false,"merged":[[24,3,24,13],[9,1,9,16]]}
[]
[null,null,null,"This tab contains data and graphs for:","Sensors & Controls Outputs"]
[]
[null,"Each entry in the table below shows the results for each particular energy efficiency measure included in the BTO Prioritization Tool analysis. These results are graphed and illustrated below."]
[]
[null,"Abbreviations: "]
[null,"C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; DW: Dishwasher; CD: Clother Dryer; CW: Clothes Washer; HP: Heat Pump"]
[]
[null,"Deployment Level Code:"]
[null,"0: Roadmap Goal / Target;   1: Early R&D: not basic science, but still lab bench;    2: Late R&D: cost reduction, performance improvement, maybe available to early adopters);   3: Early Deployment: savings not yet proven in whole building context\n4: Late Deployment: savings proven, but need to transform the market;   5: Standards: rule in place, underway, planned, or ready to be planned."]
[]
[null,"Measure No.",null,"Description","Brief description","Deployment Level (0-5)",null,"Market: Consumption, 2030 (TBTUs)","Market: Stock, 2030 (Million Units)","Stock Unit Definition",null,"Technical Potential, 2030 (TBTUs)","Unstaged Maximum Adoption Potential, 2030 (TBTUs)","Unstaged CCE ($/MMBTU)",null,"Staged Maximum Adoption Potential, 2030 (TBTUs)","Staged CCE \n($/MMBTU)"]
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[null,232,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy switch-based occupancy sensors/fixture with a controller in residential buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Lighting Occ. Sensor/Fixture + ctrl"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B14, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B14,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1654.3967992945072},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B14, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":8023.6436108865746},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B14, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per sensor; one unit per 8 bulbs"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B14,'[2]Adoption curve'!$B$38:$B$650,0))","v":121.06109978993663},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B14,[2]Staging!$D$6:$D$566,0))","v":121.06109978993663},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B14,[2]Staging!$D$6:$D$566, 0))","v":17.48},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B14,[2]Staging!$D$6:$D$566,0))","v":22.213371064376648},{"$f":"IF(P14=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B14,[2]Staging!$D$6:$D$566,0)),$N14))","v":95.264605187356594}]
[null,206,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy wireless occupancy sensors and corresponding wireless lighting snap-on relay in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Wireless Lighting Occ. Sensor System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B15, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B15,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":3825.8741493898465},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B15, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":103944.63700000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B15, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; one controller per 4 luminares"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B15,'[2]Adoption curve'!$B$38:$B$650,0))","v":200.85969931082218},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B15,[2]Staging!$D$6:$D$566,0))","v":200.85969931082082},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B15,[2]Staging!$D$6:$D$566, 0))","v":1.74},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B15,[2]Staging!$D$6:$D$566,0))","v":65.651412379714415},{"$f":"IF(P15=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B15,[2]Staging!$D$6:$D$566,0)),$N15))","v":5.3235088801961359}]
[null,105,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage adoption of retro-commissioning of commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Retro-Commissioning"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B16, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B16,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":5920.3009097125459},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B16, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":103944.63700000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B16, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B16,'[2]Adoption curve'!$B$38:$B$650,0))","v":406.65684555904318},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B16,[2]Staging!$D$6:$D$566,0))","v":406.65684555904318},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B16,[2]Staging!$D$6:$D$566, 0))","v":6.94},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B16,[2]Staging!$D$6:$D$566,0))","v":412.50338103925691},{"$f":"IF(P16=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B16,[2]Staging!$D$6:$D$566,0)),$N16))","v":6.94}]
[null,557,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B17, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Commercialize, demonstrate, and deploy comprehensive home automation system"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B17, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Home Automation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B17, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B17,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":22057.275809433366},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B17, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":141.343628},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B17, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B17,'[2]Adoption curve'!$B$38:$B$650,0))","v":571.7798495246243},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B17,[2]Staging!$D$6:$D$566,0))","v":571.7798495246243},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B17,[2]Staging!$D$6:$D$566, 0))","v":5.01},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B17,[2]Staging!$D$6:$D$566,0))","v":386.94682602173282},{"$f":"IF(P17=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B17,[2]Staging!$D$6:$D$566,0)),$N17))","v":7.4031284235355805}]
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[null,122,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B19, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy predictive control thermostats in all homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B19, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Predictive Thermostats"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B19, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B19,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":1396.3850194128206},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B19, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":83.891536000000002},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B19, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per home"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B19,'[2]Adoption curve'!$B$38:$B$650,0))","v":140.35298664897959},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B19,[2]Staging!$D$6:$D$566,0))","v":140.35298664897914},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B19,[2]Staging!$D$6:$D$566, 0))","v":18.14},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B19,[2]Staging!$D$6:$D$566,0))","v":140.92677560882035},{"$f":"IF(P19=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B19,[2]Staging!$D$6:$D$566,0)),$N19))","v":18.14}]
[null,171,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to include building commissioning in new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Commissioning (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B20, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B20,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":2902.8290349666136},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B20, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":50965.90779999987},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B20,'[2]Adoption curve'!$B$38:$B$650,0))","v":169.85038744689791},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B20,[2]Staging!$D$6:$D$566,0))","v":169.85038744689746},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B20,[2]Staging!$D$6:$D$566, 0))","v":9.56},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B20,[2]Staging!$D$6:$D$566,0))","v":69.076545594158617},{"$f":"IF(P20=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B20,[2]Staging!$D$6:$D$566,0)),$N20))","v":23.506816822201547}]
[null,723,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Packaged HVAC controls for existing buildings (economizer, multi-speed fan and capacity control, demand control ventilation)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Packaged HVAC Controls (Retrofit)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B21, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B21,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":946.29089395243739},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B21, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":37975.394665581232},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B21,'[2]Adoption curve'!$B$38:$B$650,0))","v":94.547919956159603},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B21,[2]Staging!$D$6:$D$566,0))","v":94.54791995615949},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B21,[2]Staging!$D$6:$D$566, 0))","v":10.81},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B21,[2]Staging!$D$6:$D$566,0))","v":4.1487366337371601},{"$f":"IF(P21=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B21,[2]Staging!$D$6:$D$566,0)),$N21))","v":100}]
[null,181,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B22, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, develop, and demonstrate daylight-responsive dimming (Photosensor-Based Lighting Controls) in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B22, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Perimeter Zone Day Lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B22, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B22, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B22,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":707.9148354461588},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B22, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":481.25419589479503},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B22, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per fluorescent lamp"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B22,'[2]Adoption curve'!$B$38:$B$650,0))","v":186.70907274187664},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B22,[2]Staging!$D$6:$D$566,0))","v":79.353996040756329},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B22,[2]Staging!$D$6:$D$566, 0))","v":42.42},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B22,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P22=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B22,[2]Staging!$D$6:$D$566,0)),$N22))","v":"N/A"}]
[null,721,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B23, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Rooftop Unit (RTU) fault detection and diagnostics "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B23, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: RTU AFDD"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B23, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"2: Late R&D (cost reduction, performance improvement, may be available to early adopters)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B23, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B23,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":278.82563874372988},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B23, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":29668.218467032984},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B23, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per square foot; 7.5 tons/RTU, 280 ft^2/ton"},null,{"$f":"INDEX('[2]Adoption curve'!$SM$38:$SM$650,MATCH(B23,'[2]Adoption curve'!$B$38:$B$650,0))","v":17.939349284198158},{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B23,[2]Staging!$D$6:$D$566,0))","v":17.939349284198101},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B23,[2]Staging!$D$6:$D$566, 0))","v":3.72},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B23,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P23=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B23,[2]Staging!$D$6:$D$566,0)),$N23))","v":"N/A"}]
[]
[null,null,null,"Sensors & Controls Graphs"]

{"sheet":"MELs Inputs","index":14,"n_rows":20,"n_cols":24,"rows_kept":20,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"This tab contains data for:",{"$f":"RIGHT(CELL(\"filename\",A1),LEN(CELL(\"filename\",A1))-FIND(\"]\",CELL(\"filename\",A1)))","v":"MELs Inputs"}]
[]
["Each entry in the below table represents the inputs and assumptions for one particular energy efficiency measure included in the BTO Prioritization Tool analysis."]
[]
["Abbreviations: "]
["C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only"]
[]
["Indexing #",null,"These columns describe the measure and its characteristics",{"$nulls":5},"These columns describe the market to which the measure is applied",null,null,"These columns describe the efficiency level of the measure",{"$nulls":4},"These columns contain the cost data for the measure and what it replaces in the market",{"$nulls":5},"These columns list sources and notes applicable to the measure"]
["Measure No.",null,"Description","Brief description","Component","Deployment Level (0-5)","Lifetime (years)",null,"Sector Targeted","Market Description",null,"Units of  Operation","Efficient Operation","Baseline Operation","Energy Savings (%) ",null,"Market Cost (as defined in the source)","Market Cost (per standard unit)","Market Cost (per efficient unit, at scale)","Incremental Measure Cost","Stock Unit Definition",null,"Source(s) Used","Relevant Notes"]
[234,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize efficient pool pump motors, pipe design and fittings, and filter selection in residential pools"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Pool Pump Standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":10},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A11,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by residential pool pumps"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy savings (% over today's base)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.63},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M11-N11","v":0.63},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":79},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"PG&E 2006; TIAX 2007; http://www.eia.doe.gov/emeu/reps/enduse/er01_us_tab1.html  \nPrimary Source: Pacific Gas & Electric, Sempra Energy; \"Codes and Standards Enhancement Initiative: Draft Report Residential Swimming Pools\", (2007)\nOther Supporting Sources: Roth, K.W., Mckenney, K., Ponoum, R. & Paetsch, C. Residential Miscellaneous Electric Loads: Energy Consumption Characterization and Savings Potential. Tiax (2007"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A11, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Table 23 (savings), Table 25 (cost, but designs 2 to 1 only), using 63% savings, $79 extra cost"}]
[240,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Energy Efficient Ethernet (IEEE 802.3az)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: EE Ethernet (802.3az)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"5: Standards (rule in place, underway, planned, or ready to be planned)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":4},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A12,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial and Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total commercial and residential energy use by energy efficient ethernet"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.05},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},{"$f":"M12-N12","v":0.05},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"See incremental cost"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0.03},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"Personal communication with Nordman (LBNL) on Dec 15, 2010"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A12, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: 5% savings, very low costs relative to savings, usually several orders of magnitude difference (using benefit/cost ratio of 100)"}]
[728,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace geared elevators with regenerative geared elevators in mid-rise commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Geared Regenerative Elevator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":25},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A13,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All regenerative geared elevators in mid-rise commercial buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.31},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.31,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":235000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":225000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":235000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":10000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX 2010, \"Commercial Miscellaneous Electric Loads: Energy Consumption Characterization and Savings Potential in 2008 by Building Type\"  \nPrimary Source: E Source. (n.d.). Elevators. Retrieved from Business Energy Advisor: http://www.esource.com/escrc/0013000000DP22YAAT/BEA1/PA/PA_ElevatorsEscalators/PA-57"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A13, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Table 2: Elevator payback period"}]
[729,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace geared elevators with regenerative geared elevators in high-rise residential buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Geared Regenerative Elevator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":25},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A14,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All regenerative elevators in high-rise residential buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.3,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":279000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":270000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":279000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":9000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX 2010, \"Commercial Miscellaneous Electric Loads: Energy Consumption Characterization and Savings Potential in 2008 by Building Type\"  \nPrimary Source: E Source. (n.d.). Elevators. Retrieved from Business Energy Advisor: http://www.esource.com/escrc/0013000000DP22YAAT/BEA1/PA/PA_ElevatorsEscalators/PA-57"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Table 2: Elevator payback period"}]
[730,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"More efficient hydraulic elevators in low-rise residential buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Efficient Hydraulic Elevator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"3: Early Deployment (savings not yet proven in whole building context)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":25},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A15,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All efficient hydraulic elevators in low-rise residential buildings"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.21},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.21,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":95000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":85000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":95000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":10000},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX 2010, \"Commercial Miscellaneous Electric Loads: Energy Consumption Characterization and Savings Potential in 2008 by Building Type\"  \nPrimary Source: E Source. (n.d.). Elevators. Retrieved from Business Energy Advisor: http://www.esource.com/escrc/0013000000DP22YAAT/BEA1/PA/PA_ElevatorsEscalators/PA-57"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: Table 2: Elevator payback period"}]
[752,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Distribution Transformers - Liquid, High Efficiency Improvement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: High Eff. Liquid Distr. Transformers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":32},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A16,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All liquid distribution transformers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.50172028913010869},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.50172028913010869,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$58,300/MVA"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":"$58,300/MVA"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TSD: http://www1.eere.energy.gov/buildings/appliance_standards/pdfs/dt_nopr_tsd_complete.pdf  \nPrimary Source: TSD supporting spreadsheets: http://www1.eere.energy.gov/buildings/appliance_standards/docs/dt_nopr_tools_nia_ria.zip"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: This data came from a complex calculation/manipulation of the TSD supporting spreadsheets that is included in the tool"}]
[756,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Distribution Transformers - Dry, High Efficiency Improvement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: High Eff. Dry Distr. Transformers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":32},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A17,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"All dry distribution transformers"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.69269290031358755},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.69269290031358755,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"$52,111/MVA"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 16)","v":"$52,111/MVA"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 17)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TSD: http://www1.eere.energy.gov/buildings/appliance_standards/pdfs/dt_nopr_tsd_complete.pdf  \nPrimary Source: TSD supporting spreadsheets: http://www1.eere.energy.gov/buildings/appliance_standards/docs/dt_nopr_tools_nia_ria.zip"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"Appendix B: This data came from a complex calculation/manipulation of the TSD supporting spreadsheets that is included in the tool"}]
[762,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Irrigation Systems - improved pumps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Irrigation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A18,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total energy use by irrigation systems"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.3},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.3,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":"Avg cost of golf course irrigation system around $1,010,000"},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":33.333333333333336},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX, 2010. \"Commercial Miscellaneous Electric Loads: Energy Consumption Characterization and Savings Potential in 2008 by Building Type\", http://zeroenergycbc.org/pdf/2010-05-26%20TIAX%20CMELs%20Final%20Report.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[763,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Wastewater Treatment - improved pumps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Wastewater Treatment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A19,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total wastewater treatment energy use"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.05},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.05,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":0},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":33.333333333333336},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX, 2010. \"Commercial Miscellaneous Electric Loads: Energy Consumption Characterization and Savings Potential in 2008 by Building Type\", http://zeroenergycbc.org/pdf/2010-05-26%20TIAX%20CMELs%20Final%20Report.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]
[764,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Water Supply - improved pumps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Water Supply"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 4)","v":"Use Intensity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 67)","v":20},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028,MATCH($A20,'[2]Technical measure database'!$A$5:$A$1028,0),7)","v":"Commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 71)","v":"Total water supply energy use"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 11)","v":"Energy Savings (%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 12)","v":0.05},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 13)","v":0},0.05,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 15)","v":0},"N/A","N/A",{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 18)","v":33.333333333333336},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 24)","v":"TIAX, 2010. \"Commercial Miscellaneous Electric Loads: Energy Consumption Characterization and Savings Potential in 2008 by Building Type\", http://zeroenergycbc.org/pdf/2010-05-26%20TIAX%20CMELs%20Final%20Report.pdf"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 25)","v":"No notes"}]

{"sheet":"MELs Outputs","index":15,"n_rows":23,"n_cols":17,"rows_kept":23,"cut":false,"hidden":false,"merged":[[22,3,22,13],[9,1,9,16]]}
[]
[null,null,null,"This tab contains data and graphs for:","MELs Outputs"]
[]
[null,"Each entry in the table below shows the results for each particular energy efficiency measure included in the BTO Prioritization Tool analysis. These results are graphed and illustrated below."]
[]
[null,"Abbreviations: "]
[null,"C: Commercial; R: Residential; O: Outdoor; I: Industrial; (N) New homes/buildings only; (E) Existing homes/buildings only; CZ: Climate Zone; DW: Dishwasher; CD: Clother Dryer; CW: Clothes Washer; HP: Heat Pump"]
[]
[null,"Deployment Level Code:"]
[null,"0: Roadmap Goal / Target;   1: Early R&D: not basic science, but still lab bench;    2: Late R&D: cost reduction, performance improvement, maybe available to early adopters);   3: Early Deployment: savings not yet proven in whole building context\n4: Late Deployment: savings proven, but need to transform the market;   5: Standards: rule in place, underway, planned, or ready to be planned."]
[]
[null,"Measure No.",null,"Description","Brief description","Deployment Level (0-5)",null,"Market: Consumption, 2030 (TBTUs)","Market: Stock, 2030 (Million Units)","Stock Unit Definition",null,"Technical Potential, 2030 (TBTUs)","Unstaged Maximum Adoption Potential, 2030 (TBTUs)","Unstaged CCE ($/MMBTU)",null,"Staged Maximum Adoption Potential, 2030 (TBTUs)","Staged CCE \n($/MMBTU)"]
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[null,763,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Wastewater Treatment - improved pumps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Wastewater Treatment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B20, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B20,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":635.01020520826648},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B20, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":32.320774828255821},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B20, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,0,{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B20,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B20,[2]Staging!$D$6:$D$566, 0))","v":20.11},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B20,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P20=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B20,[2]Staging!$D$6:$D$566,0)),$N20))","v":"N/A"}]
[null,764,null,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Water Supply - improved pumps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Water Supply"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)&\": \"&CHOOSE(INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 6)+1, \"Roadmap Goal/Target\", \"Early R&D (not basic science, but still lab bench)\", \"Late R&D (cost reduction, performance improvement, may be available to early adopters)\", \"Early Deployment (savings not yet proven in whole building context)\", \"Late Deployment (savings proven, but need to transform the market)\", \"Standards (rule in place, underway, planned, or ready to be planned)\")","v":"4: Late Deployment (savings proven, but need to transform the market)"},null,{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B21, '[2]Market and sales data'!$A$9:$A$840, 0), 59)*INDEX('[2]Primary energy and carbon data'!$CS$51:$CS$882,MATCH(B21,'[2]Primary energy and carbon data'!$B$51:$B$882,0))","v":506.37644629455764},{"$f":"INDEX('[2]Market and sales data'!$A$9:$BQ$840, MATCH($B21, '[2]Market and sales data'!$A$9:$A$840, 0), 33)","v":39.183600144211461},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($B21, '[2]Technical measure database'!$A$5:$A$1028, 0), 19)","v":"per unit"},null,0,{"$f":"INDEX([2]Staging!$N$6:$N$566,MATCH(B21,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"INDEX([2]Staging!$J$6:$J$566,MATCH(B21,[2]Staging!$D$6:$D$566, 0))","v":31.01},null,{"$f":"INDEX([2]Staging!$P$6:$P$566,MATCH(B21,[2]Staging!$D$6:$D$566,0))","v":0},{"$f":"IF(P21=0,\"N/A\",MAX(INDEX([2]Staging!$K$6:$K$566,MATCH(B21,[2]Staging!$D$6:$D$566,0)),$N21))","v":"N/A"}]
[]
[null,null,null,"Sensors & Controls Graphs"]

{"sheet":"Excluded Measures","index":16,"n_rows":565,"n_cols":4,"rows_kept":565,"cut":false,"hidden":false,"merged":[]}
["The below table is a listing of energy efficiency measures that can be found in the BTO Prioritization Tool, but were not included in the final analysis."]
[]
["The following are the reasons why measures might have been excluded from the analysis:"]
[]
[null,"1. Maximum Adoption Potential in the year 2030 less than 100 TBTUs (unless the measure is a DOE covered product)"]
[null,"2. Measures that involve Fuel Switching, unless the analysis team deemed it an important technology to assess in this manner"]
[null,"3. Measures with one or more significant market barriers, as deemed by the analysis team"]
[null,"4. Any measure that represents a technology solution not deemed practical by the analysis team"]
[null,"5. Any measure for which the \"data quality\" was not very high (meaning measures for which high quality data sources and references are needed as feedback)"]
[null,"6. Measures that are already included in the Annual Energy Outlook analysis baseline"]
[]
[]
["Measure No.","Description","Brief description","End Use/ Technology Area"]
[1,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use most cost effective insulation in new commercial gas and electric fryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Fryers - improved insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A14, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[2,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use most cost effective insulation in new commercial gas and electric griddles"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Griddles - improved insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A15, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[8,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial electric convection ovens"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Convection ovens"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A16, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[12,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Comercial lighting: 2x4 troffers 1-to-1 replacement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Lighting 2x4 1-to-1"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A17, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[13,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Comercial lighting: 2x4 troffers with added controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Lighting 2x4 w/ controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A18, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[20,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase usage of low-temperature detergent in commercial washing (both clothes and dishes)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Low temp. detergent,all commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A19, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[21,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase usage of low-temperature detergent in residential washing (clothes and dishes)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Low temp. detergent"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A20, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[22,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase usage of low-temperature detergent"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Low temp. detergent, all washing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A21, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[23,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standard Max Tech ASHP (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Max Tech ASHP- MYP goal w/ FS - TARGET (cost)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A22, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating & Cooling"}]
[26,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Early replacement of residential gas cook top with induction"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Induction cooktop (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A23, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[27,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Early replacement of residential electric cook top with induction"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Induction cooktop (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A24, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[30,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Heat pipe griddle"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Heat pipe griddle"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A25, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[31,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial gas fryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Gas fryer standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A26, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[32,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial electric fryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Elec. Fryer standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A27, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[33,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase deployment of high efficiency motors in food preparation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Food prep motor std."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A28, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[34,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Stock Pot Heat Transfer Fins"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Stock Pot Heat Transfer Fins"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A29, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[40,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial hot food holding cabinet"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Hot food cabinet standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A30, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[42,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Eliminate idle energy use in new residential microwaves"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: 0W Microwave idle std"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A31, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[43,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reduce idle energy use to 1 W in new residential microwaves"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: 1W Microwave idle std"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A32, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[44,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy improved magnetrons in new residential microwaves"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: microwaves - Improve magnetron efficiency"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A33, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[45,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy improved power supplies in new residential microwaves"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: microwaves Improve magnetron power supply efficiency"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A34, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[48,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Induction Griddle"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Induction Griddle"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A35, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[53,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"National campaign to encourage microwave use instead of oven/stove use in all homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Microwave use instead of oven/stove"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A36, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[54,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize efficient fans in new residential microwaves"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: More efficient fan - Microwave"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A37, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[57,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Development, demonstration and deployment of pulse combustion burners in commercial natural gas fryers and griddles"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Pulse Combustion Burners in gas fryers and griddles"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A38, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[58,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Max tech microwave (combination of other measures)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Max tech microwave"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A39, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[59,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use more reflective surfaces inside new microwaves"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Reflective microwave surface"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A40, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[60,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial gas steam cookers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Standards for Gas Steam Cooker"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A41, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[61,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial electric steam cookers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Standards for Electric Steam Cooker"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A42, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooking"}]
[62,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve compressor and other refrigeration components on softdrink dispensers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Improvement to compressor and refrigeration on softdrink dispensers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A43, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[63,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Advanced toner that requires lower temperature"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R/C: Low-temperature printer toner"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A44, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[64,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize best practice ducts"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: \"Max tech\" ducts"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A45, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[66,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize best practice ducts"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: \"Max tech\" ducts"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A46, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[68,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy waste heat powered adsorption chillers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Adsorption chiller A/C"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A47, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[69,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy indirect evaporative (e.g., Coolerado) A/C in residential homes in hot-dry climates. \"Instead of using chemical refrigerants and compressors to cool recycled interior air, we use a new, patented process that runs fresh outside air through air filters and then a heat mass exchanger (HMX).\""},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Coolerado, hot-dry"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A48, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[70,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy indirect evaporative (e.g., Coolerado) A/C in commercial buildings in hot-dry climates. \"Instead of using chemical refrigerants and compressors to cool recycled interior air, we use a new, patented process that runs fresh outside air through air filters and then a heat mass exchanger (HMX).\""},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Coolerado, hot-dry"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A49, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[73,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy awnings on homes in hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Awnings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A50, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[74,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy awnings on commercial buildings in hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Awnings/ shading"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A51, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[75,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of ceiling fans in homes "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Ceiling fans"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A52, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[76,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage cleaning home A/C coils annually"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Clean A/C coils"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A53, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[77,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy CO2-based heat pumps with combined expander and compressor in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Combine expander and compressor (WF=CO2)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A54, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating & Cooling"}]
[78,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy CO2-based heat pumps with combined expander and compressor in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Combine expander and compressor (WF=CO2)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A55, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating & Cooling"}]
[79,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage proper A/C refrigerant charging in homes in hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Charge A/C refrigerant, hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A56, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[82,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize PSC motors in residential blowers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: High efficiency PSC blower"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A57, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[83,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize improved condenser fans in residential A/C's"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Improve condenser fan for A/C"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A58, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[84,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize improved condenser fans in commercial A/C's"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Improve condenser fan for A/C"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A59, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[86,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to include duct insulation in building codes: commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: new building duct insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A60, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[87,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy natural ventilation in new homes in temperate climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Natural ventilation/ controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A61, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[91,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy enhanced duct sealing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Enhance duct sealing (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A62, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[94,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy thermal energy storage (including chilled water and ice) for central chiller systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Thermal Energy Storage"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A63, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[95,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage adoption of EER 10.7 room A/C's @ end of life"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: EER 10.7 Room A/C"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A64, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[97,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Need to develop SEER 24 Central A/C in homes at end of life - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: SEER 24 CAC - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A65, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[99,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage adoption of whole house fans in existing buildings in temperate and north climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Add whole house fan, existing homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A66, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[100,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage adoption of whole house fans in new buildings in temperate and north climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Add whole house fan, new homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A67, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[101,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize variable speed motors in commercial blowers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Var. speed blower"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A68, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Ventilation"}]
[103,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize variable speed motors in residential HVAC compressors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: var-speed compressor in A/C"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A69, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[104,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize variable speed motors in commercial HVAC compressors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: var-speed compressor in A/C"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A70, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[106,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize Al heat exchangers in new residential furnaces and boilers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Adv. Heat exchangers in furnaces & boilers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A71, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[107,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize Al heat exchangers in new commercial  furnaces and boilers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Boiler & furnace: Al heat exchangers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A72, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[108,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy cascading multiple boilers in select commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Cascade multiple boilers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A73, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[109,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize PSC motors in commercial blowers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Comm. PSC blowers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A74, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Ventilation"}]
[110,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize high efficiency circulator pumps in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: heating circulator pumps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A75, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating, Cooling, Water Heating"}]
[111,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize high efficiency circulator pumps in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: efficient circulator pumps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A76, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Ventilation"}]
[112,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize condensers in natural gas residential furnaces and boilers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Condensing gas furnace and boiler"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A77, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[113,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize condensers in new commercial  furnaces and boilers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Condensing gas furnace and boiler"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A78, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[114,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy sprayed mesh residential A/C's"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Sprayed mesh A/C"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A79, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[115,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy sprayed mesh commercial A/C's"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Sprayed mesh A/C"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A80, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[116,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A81, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage replacement of A/C with whole house fans in new buildings in north climates in existing homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A81, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: replace A/C with fan in existing homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A81, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[117,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A82, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage replacement of A/C with whole house fans in new buildings in north climates in new homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A82, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: replace A/C with fan in new homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A82, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[120,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A83, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage adoption of duct insulation in existing commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A83, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Insulating ducts in existing bldgs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A83, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[121,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A84, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage annual maintenance of heaters in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A84, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: heater maintenance"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A84, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[123,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A85, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy predictive control thermostat in all commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A85, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Predictive thermostats"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A85, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[124,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A86, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy programmable thermostats in existing homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A86, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Programmable thermostats"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A86, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[129,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A87, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy household nighttime economizers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A87, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Night economizer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A87, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[130,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A88, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage adoption of timers on recirculating pumps in multifamily homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A88, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Multi family timers on pumps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A88, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water heating"}]
[136,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A89, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy insulating paints in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A89, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Insulating paints (future?)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A89, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[137,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A90, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy insulating paints in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A90, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Insulating paints (future?)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A90, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[138,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A91, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy desiccant wheel A/C in commercial buildings in hot-humid climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A91, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: desiccant wheel A/C - hot-humid"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A91, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[139,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A92, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy desiccant wheel A/C in homes in hot-humid climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A92, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: desiccant wheel A/C - hot-humid"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A92, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[143,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A93, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy DOAS (dedicated outdoor air systems) with ERV (Energy Recovery Ventilation) in new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A93, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: DOAS w/ ERV"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A93, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[145,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A94, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize improved motors in ceiling fans"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A94, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Early retire ceiling fans for more efficient models"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A94, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[147,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A95, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy improved ground coupling in GSHP in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A95, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: enhance ground HX effectiveness"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A95, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating & Cooling"}]
[148,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A96, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy improved ground coupling in GSHP in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A96, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: enhance ground HX effectiveness"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A96, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating & Cooling"}]
[149,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A97, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate 50% more efficient building designs with no capital cost increase"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A97, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: 50% whole building savings, same capital cost"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A97, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Whole building"}]
[152,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A98, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy attic radiant barrier to all homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A98, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Attic radiant barrier (existing homes: 4% imp.)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A98, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[155,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A99, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy radiant flooring systems in new homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A99, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: new homes radiant heat"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A99, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[156,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A100, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize improved duct routing in residential codes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A100, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: duct routing new homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A100, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[158,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A101, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop, demonstrate, and deploy integrated heat pumps w/ FS, Single Family"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A101, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Integrated HP w/ FS, Single family"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A101, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating/Cooling/Water"}]
[159,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A102, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize including ducts interior to homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A102, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Move ducts into condit. Space (new)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A102, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[160,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A103, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize including ducts interior to commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A103, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Move ducts into condit. Space (new)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A103, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[163,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A104, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and move to add to building codes R-2 pipe insulation in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A104, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Insulate pipes (hot water and hydronic) to R-2"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A104, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water heating & heating"}]
[164,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A105, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and move to add to building codes R-5 pipe insulation in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A105, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Insulate pipes (hot water and hydronic) to R-5"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A105, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water heating & heating"}]
[165,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A106, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop and deploy smart grid demand controls in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A106, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Smart grid/ dynamic controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A106, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":0}]
[166,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A107, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop and deploy smart grid demand controls in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A107, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Smart grid/ dynamic controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A107, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":0}]
[167,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A108, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy passive commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A108, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Ultra-efficient design (e.g., Passivhaus)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A108, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Whole building"}]
[168,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A109, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy homes that meet Passivhaus specifications"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A109, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Ultra-efficient design (e.g., Passivhaus)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A109, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Whole building"}]
[169,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A110, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop, demonstrate, and deploy integrated heat pumps: no fuel switching"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A110, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: IHP (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A110, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating/Cooling/Water"}]
[170,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A111, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage maintenance of economizers in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A111, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Economizer maint."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A111, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[173,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A112, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy rotary bearing heat exchangers in residential cooling applications"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A112, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: A/C- rotary bearing HE"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A112, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[174,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A113, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy rotary bearing heat exchangers in commercial cooling applications"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A113, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: A/C- rotary bearing HE"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A113, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[175,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A114, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy indoor insulating shutters in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A114, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: insulating shutters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A114, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[176,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A115, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and develop advanced buffers to improve LED efficiency for use in all commercial and residential lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A115, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Advanced Buffers - LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A115, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[177,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A116, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and develop advanced configuration to improve LED efficiency for use in all commercial and residential lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A116, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Advanced Configuration - LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A116, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[178,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A117, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy advanced phosphors to improve LED efficiency for use in all commercial and residential lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A117, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Advanced Phosphors - LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A117, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[179,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A118, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and develop advanced substrates to improve LED efficiency for use in all commercial and residential lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A118, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Advanced Substrates - LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A118, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[183,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A119, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reduce power consumption in commercial and residential device electronics for LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A119, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Device Electronics - LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A119, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[185,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A120, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy dimmable instant start ballasts in commercial and industrial lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A120, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I: Dimmable Instant-Start Ballasts"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A120, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[186,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A121, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, develop and demonstrate advanced electrode materials in commercial, industrial and outdoor fluorescent lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A121, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I/O: Electrode Advanced Materials"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A121, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[187,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A122, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, develop and demonstrate electrodeless HIDs in commercial, industrial and outdoor fluorescent lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A122, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I/O: HID in low CRI apps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A122, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[189,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A123, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all residential and commercial lighting with LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A123, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: All LED R&D"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A123, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[190,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A124, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate elimination of constant electrode heating in commercial and industrial ballasts "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A124, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I/O: Elimination of constant electrode heating (efficient ballasts)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A124, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[191,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A125, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and deploy max tech insulating, variable and low emissivity paints in residential homes in hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A125, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: \"Magic paint\" under SBIR solicitationin hot CZ"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A125, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[192,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A126, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and develop improved etching, chip-shaping and texturing in LEDs to improve device efficiency for all commercial and residential lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A126, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Etching, Chip-Shaping, and Texturing - LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A126, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[193,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A127, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy HID ceramic arc tubes as MV & MH replacement in residential lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A127, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: HID Ceramic Arc Tube - Metal Halide"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A127, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[195,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A128, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy HID dimmable ballasts in commercial, industrial, and outdoor HID and fluorescent lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A128, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I/O: HID Dimmable Ballasts"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A128, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[196,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A129, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Max tech insulating paints in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A129, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: max tech insulating paints"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A129, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":0}]
[197,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A130, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and develop advanced electrodes to improve Mercury Vapor HID device efficiency for use in all commercial, industrial and outdoor lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A130, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I/O: HID Electrode Advancement - Mercury Vapor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A130, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[198,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A131, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and develop advanced electrodes to improve Metal Halide HID device efficiency for use in all commercial, industrial and outdoor lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A131, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I/O: HID Electrode Advancement - Metal Halide"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A131, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[199,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A132, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate HID instant restrike to enable HIDs to have larger market share over fluorescents in commercial and industrial lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A132, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I: HID Instant Restrike"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A132, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[200,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A133, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate HID instant restrike to enable HIDs to have larger market share over incandescent and halogens in commercial and industrial lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A133, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I: HID Instant Restrike"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A133, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[201,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A134, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate and deploy HID lighting with integral ballasts as replacement to incandescent"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A134, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: HID Integral Ballast (i.e., pulse start)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A134, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[202,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A135, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research HID novel gas as replacement to incandescent in low CRI commercial lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A135, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: HID Novel Gas, e.g. cesium"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A135, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[203,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A136, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy insulating and variable emmisvity paints in all buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A136, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: R&C: \"magic\" paint"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A136, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[204,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A137, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize high efficiency ballasts in fluorescent lights in commercial and residential buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A137, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: High-efficiency ballasts"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A137, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[205,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A138, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy HID lights as general use lighting in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A138, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Low-Wattage HID, Resi."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A138, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[207,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A139, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy day lighting sensors in commercial and industrial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A139, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Lighting daylight sensor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A139, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[209,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A140, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy integrated white LED package for residential and commercial lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A140, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Integrated White LED Package"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A140, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[210,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A141, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Efficient power supplies (aggregated other measures)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A141, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R:  Improved power supplies"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A141, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[211,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A142, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Max tech desktop (combining other measures)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A142, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R:  Max tech desktop"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A142, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[212,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A143, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate and deploy low-wattage HID lighting  as replacement to incandescent"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A143, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Low-Wattage HID"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A143, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[213,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A144, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy Metal Halide Electronic Ballasts (high frequency) for use in commercial, industrial and outdoor lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A144, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I/O: Metal Halide Electronic Ballasts (HF)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A144, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[214,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A145, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and develop multi-photon phosphors to reduce energy use in fluorescent commercial, industrial and outdoor lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A145, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I/O: Multi-Photon Phosphors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A145, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[217,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A146, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve epimaterials (diode component) to reduce energy use in LED white light systems for residential and commercial lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A146, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Novel Epimaterials - LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A146, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[218,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A147, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy hard-wired occupancy sensors to reduce energy use for commercial lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A147, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Hard-wired lighting occupancy sensors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A147, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[219,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A148, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy off-grid luminaires for outdoor lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A148, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"O: Solar outdoor lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A148, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[220,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A149, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy personal controls over lighting in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A149, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: PDA lighting controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A149, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[221,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A150, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy personal controls over lighting in residential buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A150, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: PDA lighting controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A150, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[222,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A151, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move from standardized T-12 lighting to T-8 in commercial, industrial and outdoor lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A151, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: T-12 std."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A151, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[223,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A152, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy spectrally enhanced lighting to commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A152, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Spectrally enhanced lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A152, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[225,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A153, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy standardized building automation systems in commercial and industrial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A153, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/I: Automated building lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A153, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[227,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A154, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy sulfur lamps to replace HIDs in commercial, industrial and outdoor lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A154, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Low-CRI sulfur lights"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A154, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[228,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A155, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy sulfur lamps to replace fluorescents in commercial and industrial lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A155, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Mid-CRI sulfur lights"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A155, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[230,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A156, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy wireless control standards in commercial and industrial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A156, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Wireless lighting controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A156, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[231,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A157, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Campaign to encourage use of sleep mode and discourage use of screensavers on commercial and residential computers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A157, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R:  Pro-sleep mode (anti-screensavers) PSA"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A157, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[233,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A158, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Audio/video inter-device power control"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A158, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R:  A/V inter-device power control"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A158, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[235,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A159, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced microprocessors with chip-level voltage and clock frequency scaling technology in new residential and commercial desktop computers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A159, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: R&C: Advanced microprocessors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A159, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[236,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A160, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Advanced power supplies (semiconductors)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A160, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Advanced power supplies"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A160, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[237,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A161, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Advanced power supplies (semiconductors)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A161, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Advanced power supplies"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A161, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[239,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A162, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate cholesteric LCDs to provide low-power reflective displays (given sufficient ambient lighting) in residential and commercial computer monitors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A162, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R:  Cholesteric LCDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A162, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[241,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A163, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize pool pumps to include default to  low-speed of 2-speed operations"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A163, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Default pool pump to low-speed operation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A163, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[242,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A164, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize plumbing elbow pipe fitting to sweep fittings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A164, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Pool pump efficient pipe routing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A164, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[245,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A165, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize efficient (best in class) LCD monitors for new residential and commercial computers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A165, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: LCD monitor std."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A165, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[246,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A166, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardized improved radiant elements in toasters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A166, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Increase radiant efficiency of toaster heating elements"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A166, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[247,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A167, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize replacement of incandescent lighting with CFLs for commercial lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A167, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: CFLs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A167, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[248,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A168, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase deployment of infrared toaster ovens"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A168, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Infrared toaster"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A168, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[249,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A169, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize LCD monitors in place of CRT monitors for new residential and commercial computers and residential TVs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A169, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: CRT -> LCD monitor change"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A169, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[251,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A170, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"More efficient active mode power draw (best in class)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A170, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: More efficient active mode power draw (best in class)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A170, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[252,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A171, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"More efficient distribution transformers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A171, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Dist. Transformers std."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A171, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[253,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A172, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize use of multi-core processors for new residential and commercial computers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A172, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Multi-core processor std."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A172, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[259,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A173, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research and develop OLED monitors to replace LCD monitors in new residential TVs and residential and commercial computers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A173, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: OLED monitors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A173, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[260,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A174, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage manufacturers to ship all computers with default energy saving settings to residential and commercial users"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A174, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: All computers power settings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A174, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[261,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A175, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage manufacturers to ship desktop computers with default energy saving settings to residential and commercial users"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A175, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R:  desktop power management"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A175, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[262,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A176, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage manufacturers to ship notebook computers with default energy saving settings to residential and commercial users"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A176, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R:  notebook power management"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A176, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[263,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A177, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase manufacturer deployment of efficient power supplies: improve component selection in residential and commercial desktop computers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A177, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: R+C: Power Supply - improved component selection"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A177, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[264,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A178, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase manufacturer deployment of efficient power supplies: improve process control in residential and commercial desktop computers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A178, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: R+C: Power Supply - improved process control"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A178, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[265,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A179, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase manufacturer deployment of efficient power supplies: improve transformer  in residential and commercial desktop computers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A179, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: R+C: Power Supply - improved transformer manufacturing design"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A179, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[266,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A180, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase manufacturer deployment of efficient power supplies: improve architecture in residential and commercial desktop computers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A180, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: R+C: Power Supply - new architecture"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A180, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[268,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A181, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reduce Off-mode power draw to 0.1W"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A181, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Reduce TV off-mode to 0.1W"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A181, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[274,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A182, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reduce vacuum cleaner suction motor power via closed air circuit"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A182, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Vacuum cleaner"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A182, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[276,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A183, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reducing standby temperature (2-4⁰F)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A183, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Reducing spa standby temperature (2-4⁰F)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A183, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[277,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A184, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase deployment of efficient fitness equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A184, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: fitness equip"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A184, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[278,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A185, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize away from capacitor-start/induction-run and split phase motors - motor efficiency"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A185, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: improved pool pump motors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A185, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[279,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A186, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize the reduction of off-mode power draw from new residential DVD players"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A186, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: DVD standby power std."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A186, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[280,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A187, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standby standards for residential and commercial electric appliances"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A187, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: 1W standby"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A187, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[283,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A188, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standby/automatic shutdown when not in use"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A188, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Arcade game standby mode"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A188, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[284,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A189, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize straight pipe entry on suction side of pump"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A189, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Pool pump efficient pipe routing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A189, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[285,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A190, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"National campaign to switch residential and commercial computer use from desktop to notebook PCs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A190, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R:  Switch to Notebook PCs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A190, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[286,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A191, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move towards standardizing coffee maker carafe as thermally insulating"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A191, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Insulated coffee maker carafe"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A191, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[287,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A192, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Small motors, beyond standards"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A192, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R:  Small motors, max tech"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A192, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[288,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A193, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy variable speed motors in place of single-speed motors in multiple residential & commercial applications"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A193, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R:  Motors in other products"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A193, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[289,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A194, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy best practice energy management for data centers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A194, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Data center energy management"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A194, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[292,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A195, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve supermarket compressor rack in new systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A195, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Compressor Modulation for supermarket compressor racks"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A195, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[294,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A196, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use efficient DC compressor fans in new commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A196, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Refrig. Efficient condenser fan "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A196, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[295,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A197, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve expansion valves and control technology in new commercial walk-in refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A197, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: controls and expansion valves in walk in refrig"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A197, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[296,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A198, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy display cases with advanced air curtains for containing cold air"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A198, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Advanced Display case air curtains"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A198, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[297,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A199, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use efficient compressor fans in new commercial refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A199, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Condenser Fan w/ Permanent Split Capacitor Motor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A199, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[298,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A200, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Add fan to freezer compressors in new residential upright freezers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A200, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: add fans to upright freezer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A200, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[299,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A201, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use hydrocarbons as working fluid in commercial refrigeration systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A201, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Advanced Working Fluids, Hydrocarbons"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A201, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[301,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A202, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize Max Tech option for commercial ice machines"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A202, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Max Tech Ice Machine"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A202, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[302,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A203, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use hydrocarbons as working fluid in residential refrigeration systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A203, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Advanced Working Fluids, Hydrocarbons"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A203, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[303,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A204, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Install intelligent defrost controls in new commercial refrg equip"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A204, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Defrost Controls in refrig"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A204, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[304,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A205, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Install ground-coupled systems to rejects heat to ground instead of air in new supermarket systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A205, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Ground-Coupled Supermarket Refrigeration System"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A205, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[305,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A206, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use a heat exchanger to cool further the refrigerant leaving the condenser to boost refrigeration capacity with no increase in compressor power draw."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A206, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Ambient Sub-cooling"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A206, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[306,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A207, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"National campaign to retire older refrigerators at 14 years instead of 18 years"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A207, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Accel. retire pre-2010 fridges"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A207, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[307,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A208, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use waste heat and alternative working fluids for residential refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A208, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Alternative working fluids for refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A208, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[308,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A209, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reduction or elimination of heaters due to gas-filled glass doors in commercial walk-in refrigeration systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A209, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Anti-Sweat Heater Controls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A209, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[309,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A210, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use EHD technique to improve heat transfer in commercial refrigeration systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A210, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Electro-hydrodynamically enhanced heat transfer in refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A210, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[310,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A211, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use high efficiency compressors in new commercial refrig. Equip"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A211, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: High Efficiency refrig. Compressor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A211, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[311,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A212, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"New walk-in freezers with automatic open/close doors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A212, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Walk-in Auto door-closer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A212, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[312,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A213, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy new vending machines with energy management systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A213, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Energy Management System in vending machine"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A213, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[313,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A214, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use high efficiency condensers in new supermarket refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A214, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: High Efficiency Condenser in supermarket refrig."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A214, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[314,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A215, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage use of best practices in design of commercial refrigeration systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A215, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Refrig. best practice and designs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A215, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[315,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A216, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use high efficiency condenser coils in new vending machines"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A216, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Enhanced Condenser Coil in vending machine"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A216, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[316,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A217, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use high efficiency fan blades in new commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A217, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: High Efficiency Fan Blades in refrig."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A217, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[318,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A218, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use enhanced evaporator coils in new supermarket display cases"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A218, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Enhanced Evaporator Coil in supermarket display"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A218, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[319,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A219, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"More efficient anti-sweat heating, vinyl/composite frame, and high-performance glass in display cases"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A219, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Refrig. Display case glass doors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A219, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[320,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A220, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy brushless DC evaporator and condenser fan motors in new residential refrigerator-freezers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A220, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Brushless fan motors in all refridge."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A220, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[321,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A221, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use highly-insulating glass in new vending machines"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A221, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Enhanced Glass Pack in vending machine"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A221, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[322,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A222, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use higher magnetic susceptibility in new vending machine compressors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A222, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: High-h Single Speed Hermetic Compressor in vending machine"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A222, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[323,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A223, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use advanced controllers in new refrigeration system installs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A223, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Advanced refrigeration controllers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A223, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[324,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A224, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use advanced fan controllers in new vending machines"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A224, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Evaporator Fan Controller in new vending"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A224, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[325,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A225, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace lighting with high efficiency fluorescents in commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A225, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: High-Lumen Fluorescent Bulbs w/ Low Ballast Factor in refrig"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A225, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[327,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A226, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use hot gas devices for anti-sweat applications in new display cases, etc."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A226, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Hot Gas Anti-Sweat"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A226, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[328,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A227, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use PSC evaporator fans in new commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A227, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: refrig Evaporator Fan w/ Permanent Split Capacitor Motor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A227, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[329,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A228, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use hot gas devices for defrost applications in new display cases, etc."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A228, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Hot Gas Defrost"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A228, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[330,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A229, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Place condenser external to unit in new equip"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A229, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Refrigeration: external heat rejection"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A229, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[331,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A230, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage use of refrigerators without ice makers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A230, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Remove icemakers from refridge."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A230, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[333,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A231, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy most efficient ice makers in commercial applications"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A231, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Max tech ice makers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A231, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[335,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A232, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost and deploy Thermosiphon (indirect, passive) SWH (FS El. to gas back up) - cost TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A232, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: solar WH gas BU - indirect passive (FS only) - TARGET (cost)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A232, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[336,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A233, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use of high efficiency compressor motors in new residential refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A233, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Improved Compressor Motor Efficiency"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A233, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[337,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A234, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost and deploy Forced circulation (indirect, active) SWH (FS El.  to gas back up)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A234, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Solar WH gas BU - indirect active (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A234, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[339,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A235, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize Max Tech refrigerator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A235, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Max tech refrigerator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A235, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[340,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A236, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use of high efficiency evaporator fans in new residential refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A236, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Improved Evaporator Fan Efficiency in refrig"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A236, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[341,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A237, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve insulation in new reach-in, etc. commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A237, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Improved Insulation in refrig"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A237, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[342,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A238, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increased insulation thickness for residential freezers and compact refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A238, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Increased freezer insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A238, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[343,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A239, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy inverter linear compressors in residential refrigerator-freezers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A239, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Inverter Linear Compressor"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A239, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[345,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A240, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace lighting with LEDs in residential refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A240, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R:  Refrigerator LED lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A240, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[346,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A241, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy linear compressor in commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A241, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Linear compressor for refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A241, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[347,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A242, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use of no or low heating elements to eliminate sweating on doors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A242, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Low-heat door anti-sweating"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A242, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[348,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A243, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy magnetic refrigeration in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A243, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Magnetocaloric refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A243, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[349,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A244, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy micro-channel heat-exchangers in commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A244, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Micro-channel heat exchangers for refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A244, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[350,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A245, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"use marketing campaign to reduce door openings/day from 72 to 18"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A245, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Minimize cold loss upon door opening"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A245, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[351,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A246, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop and distribute modeling and design guides for commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A246, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Modeling and Design Guides: supermarkets"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A246, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[352,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A247, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage installation of sensors to monitor energy use in commercial refrigeration equipment systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A247, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Monitoring Supermarket refrig"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A247, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[353,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A248, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate use of nanoparticle additives to working fluids to increase heat transfer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A248, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Nanoparticle additives for refrieration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A248, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[354,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A249, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy use of hydrocarbons as working fluids in commercial refrigeration systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A249, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Natural refrigerants for refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A249, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[355,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A250, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use non-electric devices for anti-sweat applications in walk-in coolers, etc."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A250, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Non-Electric door anti-sweat"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A250, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[357,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A251, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage use of slightly smaller residential refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A251, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: decrease fridge size"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A251, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[359,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A252, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reduce ice meltage during harvest in commercial ice machines"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A252, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Reduced Meltage During Harvest in ice machine"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A252, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[360,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A253, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Incentives or campaign to reduce number of residential refrigerators left of grid after replacement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A253, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Remove Replaced Units from Grid"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A253, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[361,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A254, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"National campaign to encourage dusting refrigerator coils in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A254, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Routine Dusting of heat exchanger coils"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A254, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[362,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A255, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy secondary refrigeration loops to reduce refrigerant leakage in supermarket refrigeration systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A255, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Secondary Refrigeration Loops/CO2 Cascade Systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A255, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[363,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A256, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use proximity sensors in new beverage merchandisers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A256, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Beverage merchandisers proximity sensors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A256, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[364,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A257, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy solid-state plasma lighting in commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A257, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Retrofit existing display cases, etc. with solid state plasma lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A257, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[365,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A258, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Install strip-curtains in existing commercial  walk-in coolers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A258, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Strip Curtains in walk-in coolers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A258, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[366,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A259, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Install strip-curtains in existing commercial  walk-in freezers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A259, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Strip Curtains in walk-in freezers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A259, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[367,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A260, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace bulbs in existing vending machines w/ T-8 (typically 4)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A260, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Retrofit vending machines with low BF T-8 bulbs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A260, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[368,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A261, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate thermionic method for small-scale refrigeration systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A261, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Thermionic refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A261, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[370,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A262, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy thermoacoustic method in commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A262, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Thermoacoustic refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A262, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[371,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A263, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate thermoelectric method for small-scale refrigeration systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A263, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Thermoelectric refridgeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A263, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[373,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A264, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use most cost effective insulation thickness in commercial ice machines"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A264, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Ice machine wall insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A264, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[374,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A265, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use most cost effective insulation thickness in commercial vending machines"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A265, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Thicker Insulation (1 to 1.125 inches)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A265, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[375,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A266, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use most cost effective insulation thickness in commercial beverage machines"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A266, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Beverage merchandiser wall insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A266, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[376,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A267, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use most cost effective insulation thickness in commercial food prep tables and reach-ins"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A267, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Thicker Insulation (2.25 to 3.25 in) for refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A267, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[377,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A268, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use most cost effective insulation thickness in commercial walk-ins"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A268, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Walk-in wall insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A268, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[378,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A269, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use vacuum insulated panels for all residential refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A269, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: VIP in refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A269, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[379,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A270, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy vacuum insulated panels for commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A270, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: VIP in refrigerators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A270, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[380,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A271, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve supermarket compressor rack in new systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A271, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: supermarket compressor - Vapor Injection Economizer for Low Temp"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A271, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[384,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A272, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use variable speed evaporator fans in select new commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A272, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: refrig. Var Speed Evaporator Fan"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A272, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[385,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A273, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy dynamic windows in all buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A273, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Dynamic windows, all buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A273, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[386,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A274, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy fan blades with bumps to improve efficiency"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A274, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Improve impeller design for refrigeration (i.e., \"whale fins\")"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A274, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[387,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A275, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage building sealing in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A275, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Reduce Infiltration (25%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A275, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[388,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A276, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to 2x4+1\" sheathing in residential codes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A276, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Code: 2x4 + 1\" sheathing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A276, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[389,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A277, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to 2x4+ radiant barrier in residential codes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A277, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Code: 2x4 + radiant"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A277, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[392,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A278, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage building sealing in homes: 50% reduction"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A278, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Reduce Infiltration (50%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A278, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[393,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A279, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage building sealing in homes: 60% reduction"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A279, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Reduce Infiltration (60%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A279, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[394,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A280, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage building sealing in homes: 75% reduction"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A280, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Reduce Infiltration (75%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A280, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[397,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A281, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Continue better buildings program targeting 25% whole-home consumption"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A281, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Better buildings target (25%)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A281, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[398,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A282, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage \"drill-and-fill\" insulation in existing single family homes (FOA TARGET)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A282, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: \"Drill & Fill\" pre-70's - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A282, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[403,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A283, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy cool roofs in  homes in the hotest climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A283, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: End of life replace to 50% reflectance (aged)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A283, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[404,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A284, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy white roofs to commercial buildings in the hottest climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A284, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Cool roofs, hot CZ"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A284, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[407,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A285, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Implement R-19 basement insulation in all homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A285, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-19 basement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A285, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[409,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A286, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Implement R-40 attic insulation in well insulated home attics"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A286, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: well insulated attics to R-40"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A286, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[410,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A287, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Implement R-60 attic insulation in poorly insulated home attics"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A287, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: poorly ins. attics to R-60"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A287, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[411,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A288, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Implement R-60 attic insulation in well insulated home attics"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A288, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: well ins. attics to R-60"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A288, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[412,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A289, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy modular homes as replacement for stick homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A289, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Modular homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A289, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[413,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A290, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage cool coating choices for all buildings in hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A290, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: R+C: climate appropriate paint color, all buildings, hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A290, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[414,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A291, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage cool coating choices for homes in hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A291, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: cool paint color"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A291, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[415,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A292, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage cool coating choices for comm. Buildings  in hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A292, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: cool paint color"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A292, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[416,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A293, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy phase change materials for existing home attics"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A293, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: PCM, existing resi. Attics"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A293, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[417,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A294, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy phase change materials for new home attics"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A294, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: PCM new home attics"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A294, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[418,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A295, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy phase change materials for new home walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A295, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: PCM in new home walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A295, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[420,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A296, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, develop, and deploy  R-10 windows in all buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A296, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Both sectors: low-e R-10 windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A296, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[424,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A297, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage addition of sheathing (R-3) when replacing siding in existing homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A297, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: sheathing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A297, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[425,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A298, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage addition of sheathing and insulation when replacing siding in existing homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A298, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: sheathing & insl."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A298, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[428,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A299, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage upgrading residential windows to R-5 at end of life"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A299, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-5 replace. Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A299, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[429,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A300, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage upgrading commercial windows to R-5 at end of life"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A300, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: R-5 repl. Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A300, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[430,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A301, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch campaign to encourage upgrading all windows to R-5 at end of life"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A301, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Upgrade at end of life"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A301, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[431,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A302, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Move to standardize vestibules on commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A302, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Vestibules"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A302, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[432,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A303, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy whole-building designs for new homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A303, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: new home 40% target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A303, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Whole building"}]
[433,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A304, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy 40% whole-building designs for new commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A304, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: new building 40% target"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A304, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"All usage"}]
[442,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A305, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace conventional dry cleaning with liquid CO2 in new systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A305, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Carbon Dioxide Dry Cleaning"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A305, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[443,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A306, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy direct-drive motors in single-load, top-loading commercial clothes washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A306, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Direct-Drive Motor in single load clothes washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A306, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[444,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A307, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy economical heat exchanger in existing commercial standard capacity dryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A307, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Clothes dryer exhaust heat recovery"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A307, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[446,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A308, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace standard capacity commercial clothes dryer with gas modulating clothes dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A308, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Gas Modulating Clothes Dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A308, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[449,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A309, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace standard electric commercial dryer with heat pump clothes dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A309, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Heat Pump Clothes Dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A309, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[451,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A310, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial low-temp door type dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A310, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C:  Low-temp door D/W"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A310, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[452,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A311, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial high-temp door type dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A311, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C:  High-temp door D/W"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A311, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[453,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A312, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial low-temp conveyer type dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A312, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C:  Low-temp conveyor D/W"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A312, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[454,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A313, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce standards for commercial high-temp conveyer type dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A313, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C:  High-temp conveyor D/W"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A313, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[458,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A314, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of residential heat pump clothes dryers by replacing gas dryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A314, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: HP clothes dryer (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A314, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[459,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A315, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy improved drum design for single-load commercial clothes washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A315, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Improved Drum Design in clothes washer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A315, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[461,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A316, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improved water extraction in commercial clothes washers to reduce drying time"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A316, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Improved Water Extraction in clothes washer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A316, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[463,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A317, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase motor efficiency in single-load commercial clothes washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A317, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: single-load clothes washer motor Efficiency"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A317, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[464,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A318, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase wall insulation in commercial dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A318, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Increased dishwasher wall insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A318, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[465,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A319, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Add heat exchanger from exhaust air to intake air in commercial tumble dryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A319, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Inlet Air Intake Preheat"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A319, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[466,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A320, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Add condensing heat exchanger from exhaust air to intake air in commercial single-load dryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A320, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Condensing single load clothes dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A320, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[468,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A321, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Add condensing heat exchanger from exhaust air to intake air in commercial tumble dryers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A321, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Condensing tumble clothes dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A321, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[471,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A322, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase usage of low-temperature detergent in homes; clothes washing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A322, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Low Temp Detergent in clothes washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A322, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[472,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A323, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of low-flow sprayers in low-temp under counter dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A323, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Low-Flow Sprayers in low temp dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A323, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[473,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A324, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of low-flow sprayers in high-temp under counter dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A324, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Low-Flow Sprayers in high temp dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A324, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[476,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A325, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase deployment of residential dishwashers with booster heaters to reduce water heating requirement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A325, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Add booster heaters to dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A325, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[477,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A326, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace conventional dry cleaning with petroleum in new systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A326, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Petroleum Dry Cleaning"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A326, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[478,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A327, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and Deploy Nylon Bead Clothes Washers in Homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A327, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Nylon bead clothes washer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A327, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[479,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A328, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace conventional dry cleaning with professional wet cleaning in new systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A328, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Professional Wet Cleaning insteady of dry"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A328, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[482,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A329, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Proposed Standards: Compact Size Front-Loading Clothes Washer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A329, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Compact Size Front-Loading Clothes Washer proposed standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A329, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[483,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A330, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Proposed Standards: Compact Size Top-Loading Clothes Washer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A330, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Compact Size Top-Loading Clothes Washer proposed standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A330, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[485,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A331, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Proposed Standards: Compact Vented Electric, 120V Clothes Dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A331, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Compact Vented Electric, 120V Clothes Dryer proposed standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A331, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[486,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A332, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Proposed Standards: Compact Vented Electric, 240V Clothes Dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A332, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Compact Vented Electric, 240V Clothes Dryer proposed standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A332, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[488,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A333, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Proposed Standards: Compact Ventless Electric, 240V Clothes Dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A333, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Compact Ventless Electric, 240V Clothes Dryer proposed standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A333, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[489,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A334, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Proposed Standards: Compact Ventless Electric, Combined W/D Clothes Dryer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A334, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Compact Ventless Electric, Combined W/D Clothes Dryer proposed standard"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A334, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[490,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A335, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Redesigned Tanks for Reduced Heat Loss: Dishwashing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A335, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Redesign DW tanks for reduced heat loss"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A335, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[491,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A336, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Introduce high efficiency standards for all non-flight-type commercial dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A336, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: More efficient (i.e., currently available) DW"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A336, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Dishwashing"}]
[492,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A337, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost & deploy thermosiphon SWH w/ gas BU to commercial (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A337, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Solar WH thermosiphon, gas BU (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A337, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[494,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A338, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace conventional dry cleaning systems with silicone dry cleaning"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A338, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Silicone Dry Cleaning"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A338, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[495,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A339, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy commercial top-loading clothes washers with spray rinse technology (instead of filling tank for rinse cycle)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A339, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: top-loading washer spray rinse Technolog"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A339, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[498,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A340, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy commercial dishwashers with waste heat recovery system"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A340, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Waste Heat Recovery"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A340, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[500,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A341, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy new dishwashing systems that use supercritical CO2 in place of water"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A341, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Waterless DW"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A341, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[503,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A342, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Add heat traps to commercial water heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A342, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Addition of water heater heat traps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A342, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[504,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A343, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase deployment of low flow fixtures in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A343, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Low-flow faucets"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A343, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[505,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A344, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase deployment of low flow fixtures in existing and new homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A344, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Low-flow faucets"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A344, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[508,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A345, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve insulation in new oil  water heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A345, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Improved oil water heater insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A345, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[511,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A346, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize max tech gas tankless water heaters to replace commercial storage water heaters with small demand"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A346, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Max Tech Tankless Gas WH for small loads"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A346, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[512,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A347, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize max tech gas tankless water heaters (Level 8) to replace residential storage water heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A347, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Tankless water heater, level 8 (No FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A347, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[513,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A348, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Encourage adoption of system that captures waste heat from space cooling (desuperheater) for water heating"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A348, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: A/C waste heat recovery (for water heating) - desuperheater"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A348, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[514,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A349, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all commercial and residential water heaters with tankless gas systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A349, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R/C: Replace all WH with Tankless"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A349, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[515,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A350, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy wastewater heat recovery systems in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A350, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Drain-water WH recovery "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A350, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[517,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A351, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Accelerate retirement of home electric water heaters from 16 to 12 years"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A351, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Early Retirement of Inefficient Units"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A351, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[518,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A352, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Accelerate retirement of home gas water heaters from 16 to 12 years"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A352, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Early Retirement of Inefficient Units"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A352, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[519,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A353, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Accelerate retirement of home dist. water heaters from 16 to 12 years"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A353, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Early Retirement of Inefficient Units"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A353, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[520,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A354, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Accelerate retirement of home water heaters from 16 to 12 years"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A354, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Early Retirement of Inefficient WH Units"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A354, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[521,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A355, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase usage of low-temperature detergent in residential dishwashers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A355, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Low Temperature Detergent in dishwasher"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A355, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[522,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A356, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Accelerate usage of low-temperature detergent in residential clothes washing and dishwashing"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A356, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Low Temperature Detergent"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A356, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[523,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A357, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Accelerate usage of low-temperature detergent in all commercial laundries"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A357, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Low Temperature Detergent"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A357, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[527,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A358, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace gas water heaters with tankless gas water heaters with improved heat exchangers and condensate mgmt (Level 5)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A358, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Tankless with improved Heat Exchanger Area"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A358, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[528,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A359, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase insulation standard in residential tank H2O heaters: gas"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A359, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Gas storage WH - more insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A359, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[529,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A360, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase insulation standard in residential tank H2O heaters: electric"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A360, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Elec. storage WH - more insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A360, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[530,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A361, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase insulation standard in residential tank H2O heaters: oil"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A361, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Oil storage WH - more insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A361, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[532,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A362, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase deployment of insulating blankets on commercial WH"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A362, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: WH insulation blankets"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A362, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[533,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A363, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy faucet based tankless heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A363, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: faucet based tankless WH"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A363, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[534,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A364, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy timers for existing water heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A364, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Install night time timers on water heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A364, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[535,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A365, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Launch national campaign encouraging proper thermostat setting on residential tank H2O heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A365, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Lower water heater thermostat setting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A365, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[536,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A366, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standardize max tech option for residential oil water heaters "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A366, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Multiple Flue Design, Insulation for oil WH"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A366, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[537,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A367, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost and deploy ICF (direct passive) SHW (gas to gas back up)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A367, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Solar WH gas BU - direct passive (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A367, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[538,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A368, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy piping insulation in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A368, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Add insulation to DHW pipes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A368, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[539,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A369, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstration and deployment assistance to advanced (CO2) HPWH w COP of 5.1 (fuel switching only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A369, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Adv HPWH (COP 5.1, EF 3.6) (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A369, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[540,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A370, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy residential direct vent gas water heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A370, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: direct vent gas WH"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A370, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[541,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A371, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace residential gas storage with whole-home gas tankless water heaters (Tankless Level 3)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A371, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Replace Tank w/ Tankless Gas (Level 3)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A371, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[542,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A372, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate effectiveness of Hydro-Generated Ignition residential tankless gas H2O heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A372, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Use hydro-generated ignition instead of standing pilot"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A372, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[543,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A373, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace standing pilot in new gas WH with electronic ignitions"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A373, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Gas water heater electronic ignition"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A373, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[544,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A374, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace residential gas storage with whole-home gas tankless water heaters (Tankless Level 4)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A374, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Replace Tank w/ Tankless Gas (Level 4)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A374, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[545,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A375, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace residential gas storage with whole-home gas tankless water heaters"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A375, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Replace Tank w/ Tankless Gas (large households)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A375, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[546,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A376, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace commercial gas storage WH with 6 gas tankless in bldgs with large WH loads"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A376, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Replace Commercial Gas Storage WH w/ Multiple Tankless Gas"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A376, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[547,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A377, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost & deploy indirect, active SWH w/ gas BU to commercial (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A377, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Solar WH indirect active, gas BU (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A377, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[548,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A378, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost and deploy Forced circulation (indirect active) SWH (El. to El. back up) TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A378, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: solar WH elec. BU - indirect active (no FS) - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A378, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[549,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A379, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost and deploy Forced circulation (indirect active) SWH (gas to gas back up) TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A379, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Solar WH gas BU - indirect active (no FS) - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A379, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[550,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A380, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace electric storage WH with tankless electric at each outlet"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A380, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Faucet electric tankless WH"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A380, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[552,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A381, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve billing information (ala O-Power)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A381, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Improve billing information"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A381, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"All usage"}]
[554,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A382, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost and deploy ICF (direct passive) SHW (El. To El. back up)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A382, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Solar WH elec. BU - direct passive (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A382, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[555,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A383, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D effort: innovative fabrics that keep you warm and cool resulting in decreased HVAC usage"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A383, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: New Fabrics"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A383, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"HVAC"}]
[556,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A384, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Solar Cooking"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A384, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"Solar cooking"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A384, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":0}]
[558,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A385, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy spray-cooled evaporator A/C in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A385, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: spray-cooled evaporator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A385, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[559,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A386, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost & deploy thermosiphon SWH w/ gas BU to commercial (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A386, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Solar WH thermosiphon, gas BU (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A386, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[560,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A387, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate, deploy, and develop tools for designing cost effective high performance commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A387, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: 50% savings, 0 marginal lifetime cost, new build"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A387, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Whole building"}]
[561,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A388, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy climate optimized hot-dry A/C in homes. (To assure adequate dehumidification in most climates, the evaporator provides extra cooling which is unnecessary in hot-dry climates.)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A388, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Hot-dry A/C"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A388, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[562,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A389, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy climate optimized hot-dry A/C in commercial buildings. (To assure adequate dehumidification in most climates, the evaporator provides extra cooling which is unnecessary in hot-dry climates.)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A389, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Hot-dry A/C"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A389, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[565,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A390, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve portable heater efficiency: electric"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A390, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Improve portable heater efficiency: electric"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A390, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[566,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A391, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"High Efficiency RTU Specification - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A391, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: RTU spec - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A391, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[567,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A392, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve scroll compressor performance - TARGET (COP)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A392, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Improved scroll compressor - TARGET (COP)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A392, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[568,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A393, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve all Residential and commercial motors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A393, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"Improve all Residential and commercial motors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A393, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":0}]
[569,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A394, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, develop, and deploy \"max-tech\" windows (R-10 with dynamic coating and low infiltration) in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A394, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-10 & dynamic windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A394, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[570,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A395, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, develop, and deploy \"max-tech\" windows (R-10 with dynamic coating and low infiltration) in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A395, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: R-10 & dynamic windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A395, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[571,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A396, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, develop, and deploy \"max-tech\" windows (R-10 with dynamic coating and low infiltration) in all buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A396, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: R+C: R-10 and dynamic combined, both sectors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A396, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[572,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A397, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, develop, and deploy \"max-tech\" windows in all buildings including system benefits - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A397, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R:  Max tech window* - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A397, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[573,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A398, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Vapor and radiant barrier"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A398, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Vapor and radiant barrier"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A398, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[574,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A399, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Natural ventilation cooling system"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A399, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Nat. ventilation cooling"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A399, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[577,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A400, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy insulating and reflective attachments to all buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A400, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: R+C: Insulating and reflective attachments"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A400, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[578,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A401, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of low-e glass on R-5 replacement windows in new homes or at retrofit"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A401, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: low-e R-5 repl. Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A401, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[579,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A402, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of low-e glass on R-5 replacement windows in commecial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A402, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: low-e R-5 repl. Windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A402, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[580,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A403, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of low-e glass on R-5 replacement windows in all new buildings and retrofits"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A403, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: R+C: Increase adoption of low-e glass on R-5 replacement windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A403, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[581,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A404, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstate, deploy, and increase adoption of window films in homes in the hotest climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A404, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: window films, hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A404, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[582,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A405, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstate, deploy, and increase adoption of window films in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A405, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: window films"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A405, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[583,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A406, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstate, deploy, and increase adoption of window films in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A406, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: window films"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A406, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[584,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A407, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstate, deploy, and increase adoption of window films in all buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A407, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: R+C: Window films"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A407, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[585,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A408, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of standard storm windows on existing 1-pane metal framed windows in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A408, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: standard storms on single pane windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A408, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[588,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A409, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Increase adoption of low-e storm windows on existing 1- pane metal framed windows in all buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A409, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Low-e storm windows, all buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A409, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[589,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A410, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy advanced walls in all buildings (as per 590, 591) - Residential"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A410, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: R-30 walls (all homes)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A410, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[595,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A411, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy residential waste water drain heat exchangers in clothes washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A411, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Drain Heat Recovery in clothes washers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A411, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[596,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A412, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy residential waste water drain heat exchangers in bathrooms"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A412, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Drain Heat Recovery in bathrooms"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A412, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[597,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A413, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy residential waste water drain heat exchangers in kitchens"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A413, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Drain Heat Recovery in kitchens"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A413, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[598,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A414, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy residential waste water drain heat exchangers in entire home"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A414, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Drain Heat Recovery in whole house"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A414, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[599,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A415, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy commercial waste water heat recovery systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A415, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Drain heat recovery"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A415, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[601,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A416, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"GSHP, advanced split EOL and new build"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A416, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: GSHP end of life and new build"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A416, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating/Cooling/Water"}]
[602,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A417, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"GSHP, conventional residential (40-60%), all: end of life"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A417, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: GSHP end of life"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A417, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating/Cooling/Water"}]
[603,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A418, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"GSHP, conventional residential (40-60%), all: new build"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A418, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: GSHP new build"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A418, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating/Cooling/Water"}]
[604,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A419, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"GSHP, commercial (40-60%) - possibly multiple measures"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A419, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: GSHP all"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A419, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating/Cooling/Water"}]
[605,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A420, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstration and deployment assistance to advanced (CO2) HPWH w COP of 5.1 (no fuel switching)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A420, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Adv. HPWH (COP 5.1, EF 3.6) (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A420, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[606,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A421, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstration and deployment assistance to advanced (CO2) HPWH w COP of 5.1 (fuel switching only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A421, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Adv HPWH (COP 5.1, EF 3.6) (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A421, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[607,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A422, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy highest efficiency heat pump water heaters in homes (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A422, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: HPWH COP 2.2 (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A422, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[608,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A423, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy highest efficiency heat pump water heaters commercial buildings w small WH needs (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A423, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Heat Pump Water Heater (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A423, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[609,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A424, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy highest efficiency heat pump water heaters in residential and small commercial bldgs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A424, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: R+C: Heat Pump Water Heater"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A424, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[610,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A425, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Closed crawl space (i.e., sealing & insulting) - retrofit"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A425, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Closed crawl space retrofit"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A425, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":0}]
[611,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A426, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"MTAB gas furnaces and radiators, resi"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A426, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: max tech furnace & radiator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A426, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[612,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A427, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"MTAB gas furnaces and radiators, comm"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A427, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: max tech furnace & radiator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A427, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[615,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A428, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize max tech compressor racks"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A428, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Remote condensing units for refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A428, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[616,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A429, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize max tech walk-in coolers and freezers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A429, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Max Tech Walk-In refrigerator"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A429, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[617,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A430, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize max tech refrigerated food service equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A430, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Max Tech food service equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A430, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[618,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A431, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize max tech reach-in refrigerators and freezers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A431, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Max Tech reach-in refrigerators & freezers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A431, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[619,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A432, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize max tech beverage merchandisers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A432, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Max Tech refrigerated beverage merchandiser"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A432, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[620,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A433, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize max tech vending machines"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A433, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Max Tech vending machine"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A433, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[621,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A434, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize max tech supermarket display cases"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A434, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Max Tech supermarket display case"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A434, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[623,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A435, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize max tech commercial refrigeration equipment"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A435, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Max Tech all refrigeration"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A435, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[624,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A436, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Resi code: 30% lower than today, starting in 2017"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A436, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Code target: 30%*"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A436, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[625,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A437, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Resi code: 50% lower than today, starting in 2023"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A437, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Code target: 50%*"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A437, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[626,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A438, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Comm code: 30% lower than today, starting in 2017"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A438, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Code target: 30%*"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A438, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[627,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A439, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Comm code: 50% lower than today, starting in 2023"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A439, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Code target: 50%*"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A439, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[629,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A440, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Standard Max Tech Level ASHP (no FS) - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A440, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Max Tech ASHP, MYP goal (no FS) - TARGET (cost)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A440, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating & Cooling"}]
[631,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A441, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Comm: Thermastor H2O WHR"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A441, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Thermastor H2O WHR"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A441, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":0}]
[632,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A442, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy occupancy sensors in resi and commercial buidlings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A442, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Occupancy sensors (lighting, R&C)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A442, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[633,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A443, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improved heat exchanger design: in vapor compression systems R&C"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A443, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R/C: Improved heat exchanger design"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A443, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[634,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A444, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop, demonstrate, and deploy integrated heat pumps: fuel switching only"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A444, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: IHP (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A444, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating/Cooling/Water"}]
[635,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A445, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop, demonstrate, and deploy integrated heat pumps: fuel switching only (commercial)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A445, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: IHP (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A445, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating/Cooling/Water"}]
[636,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A446, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Energy equivilant of high Global warming potential gas leaks from equipment (likely source: EPA)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A446, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"High GWP refrigerant"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A446, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":0}]
[639,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A447, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Resi Clothes washing, machine energy"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A447, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Res Washing Machine Energy only, not water heat"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A447, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[640,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A448, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all residential and commercial lighting with LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A448, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Decrement: all LED R&D"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A448, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[641,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A449, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace all residential and commercial lighting with LEDs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A449, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Target: all LED R&D"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A449, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[644,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A450, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Dynamic windows lighting reduction benefit"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A450, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R/C: Dynamic windows lighting reduction benefit"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A450, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[645,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A451, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy radiative barrier in attics (above ducts) in all homes in hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A451, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: All attic rad. Barrier w/ ducts (hot climates)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A451, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[648,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A452, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy cool roofs in existing homes in the hottest climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A452, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Cool roofs, hot CZ"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A452, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[650,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A453, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstate, deploy, and increase adoption of dynamic window films in homes in the hotest climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A453, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Dynamic window films, hot climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A453, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[653,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A454, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstate, deploy, and increase adoption of dynamic window films in all buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A454, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: R+C: Dynamic window films"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A454, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[654,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A455, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy phase change materials for existing home attics (cost reduction target)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A455, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: PCM, existing attics - TARGET (cost)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A455, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[655,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A456, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy phase change materials for new home attics (cost reduction target)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A456, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: PCM, new home attics - TARGET (cost)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A456, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[656,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A457, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Research, demonstrate, and deploy phase change materials for new home walls (cost reduction target)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A457, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: PCM, new home walls - TARGET (cost)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A457, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[663,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A458, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Insulate slab edges in all homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A458, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Slab insulation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A458, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[664,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A459, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy insulating paints in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A459, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Insulating paints"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A459, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[665,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A460, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy insulating paints in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A460, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Insulating paints"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A460, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[666,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A461, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy insulating paints in all buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A461, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: Insulating paints"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A461, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[669,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A462, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"VIPs in walls in homes and commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A462, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: A: VIP in walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A462, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[670,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A463, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Retrofit using aerogel in walls in homes, exterior insulation. TARGET - cost"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A463, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Aerogel in walls, exterior R-20 (Target - cost)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A463, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[671,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A464, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Aerogel in walls in existing commercial buildings, exterior insulation. TARGET - cost"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A464, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Aerogel in walls, exterior R-20 (Target -cost)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A464, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[672,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A465, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Aerogel in walls in homes and commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A465, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C/R: A: Aerogel in walls"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A465, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[674,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A466, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy low temperature heat pumps, Coldest 2 Climates (FS except NG)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A466, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Cold climate HP (FS only, except NG)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A466, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"HVAC"}]
[675,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A467, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy indirect evaporative (e.g., Coolerado) A/C in residential homes in cold and mixed-dry climates. Demonstrate and deploy indirect evaporative (e.g., Coolerado) A/C in commercial buildings in hot-dry climates. \"Instead of using chemical refrigerants and compressors to cool recycled interior air, we use a new, patented process that runs fresh outside air through air filters and then a heat mass exchanger (HMX).\"Instead of using chemical refrigerants and compressors to cool recycled interior air, we use a new, patented process that runs fresh outside air through air filters and then a heat mass exchanger (HMX).Demonstrate and deploy indirect evaporative (e.g., Coolerado) A/C in commercial buildings in hot-dry climates. \"Instead of using chemical refrigerants and compressors to cool recycled interior air, we use a new, patented process that runs fresh outside air through air filters and then a heat mass exchanger (HMX).\""},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A467, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Coolerado cold/mixed-dry"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A467, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[676,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A468, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy dual source heat pumps in homes in non-coldest climates, FS"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A468, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Dual Source HP (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A468, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating & Cooling"}]
[677,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A469, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy indirect evaporative (e.g., Coolerado) A/C in commercial buildings in cold and mixed-dry climates"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A469, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Coolerdo cold/mixed dry"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A469, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[680,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A470, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Engine Driven Heat Pump, commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A470, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Engine Driven HP (FS to gas)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A470, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating & Cooling"}]
[682,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A471, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy dual source heat pumps in commercial buildings in non-coldest climates (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A471, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Dual source HP (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A471, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating & Cooling"}]
[683,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A472, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy GSHP to all single family homes, FS only"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A472, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: single family GSHP (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A472, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating/Cooling/Water"}]
[684,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A473, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy GSHP to all commercial buildings, FS only"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A473, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: GSHP (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A473, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating/Cooling/Water"}]
[686,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A474, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Thermoelectric (TE) devices cooling in commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A474, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: TE subcooling for comm. RTU"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A474, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[687,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A475, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Solar enhanced cooling in all new and 25% old commercial"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A475, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Solar cooling in chillers"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A475, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[688,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A476, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Smart refrigerant distributors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A476, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Smart Rfg. Dist., Comm. Cooling"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A476, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[689,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A477, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Thermotunneling cooling systems - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A477, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Thermotunneling cooling systems - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A477, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[691,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A478, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve jet configuration in open display cases"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A478, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Open diplay case jets"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A478, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Refrigeration"}]
[692,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A479, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost & deploy indirect, active SWH w/ elec. BU to commercial (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A479, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Solar WH indirect active, elec.  BU (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A479, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[693,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A480, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Decrease cost & deploy thermosiphon SWH w/ elec. BU to commercial (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A480, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Solar WH thermosiphon, elec. BU (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A480, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[694,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A481, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D Residential Solar assisted ASHPWH, tech limit (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A481, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Solar assisted ASHPWH (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A481, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[695,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A482, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D Residential Solar assisted ASHPWH, tech limit (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A482, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Solar assisted ASHPWH (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A482, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[696,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A483, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D Commercial Solar assisted ASHPWH, tech limit (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A483, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Solar assisted ASHPWH (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A483, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[697,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A484, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D Commercial Solar assisted ASHP, tech limit (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A484, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Solar assisted ASHP (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A484, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[698,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A485, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D Residential Air-source HPWH, High Performance Target (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A485, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: ASHPWH, Target (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A485, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[699,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A486, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D Residential Air-source HPWH, High Performance Target (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A486, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: ASHPWH, Target (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A486, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[700,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A487, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D Commercial Air-source HPWH, High Performance Target (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A487, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: ASHPWH, Target (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A487, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[701,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A488, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D Commercial Air-source HPWH, High Performance Target (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A488, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: ASHPWH, Target limit (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A488, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[702,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A489, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D Residential engine driven/absorption HPWH, Max Tech (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A489, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: gas HPWH, tech limit (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A489, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[703,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A490, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D Residential engine driven/absorption HPWH, Max Tech (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A490, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: gas HPWH, tech limit (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A490, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[704,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A491, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D Commercial engine driven/absorption HPWH, Max Tech (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A491, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: gas HPWH, tech limit (no FS)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A491, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[705,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A492, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R&D Commercial engine driven/absorption HPWH, Max Tech (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A492, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: gas HPWH, tech limit (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A492, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[706,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A493, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy and standardize max tech gas tankless water heaters (Level 8) to replace residential electric storage water heaters (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A493, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Tankless water heater, level 8 (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A493, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[707,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A494, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace gas water heaters with tankless gas water heaters w/improved HX, direct vent, low NOx (Level 6)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A494, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Tankless water heater, level 6 No FS"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A494, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[709,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A495, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace electric storage water heaters with tankless gas water heaters w/electronic ignition, power vent (Level 3)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A495, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Tankless water heater, level 3 (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A495, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[710,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A496, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace electric storage water heaters with tankless gas water heaters w/improved HX, no condensate mgmt (Level 4)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A496, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Tankless water heater, level 4 (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A496, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[711,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A497, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace electric storage water heaters with tankless gas water heaters w/improved HX, condensate mgmt (Level 5)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A497, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Tankless water heater, level 5 (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A497, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[712,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A498, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace electric storage water heaters with tankless gas water heaters w/improved HX, direct vent, low NOx (Level 6)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A498, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Tankless water heater, level 6 (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A498, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[713,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A499, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace electric storage water heaters with tankless gas water heaters w/direct vent, condensing (Level 7)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A499, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Tankless water heater, level 7 (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A499, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[714,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A500, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy heat pump water heaters in commercial buildings (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A500, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: HPWH (COP 2.0) (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A500, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[715,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A501, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Deploy highest efficiency heat pump water heaters commercial buildings w small WH needs (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A501, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Heat Pump Water Heater (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A501, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[716,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A502, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Resi: absorption gas HP H2O (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A502, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: absorption gas HPWH (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A502, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[717,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A503, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Integrated waste heat recovery: e.g. waste heat from refrigerator to preheat water for water heating applications."},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A503, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Integrated waste heat recovery"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A503, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[722,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A504, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Automated whole-building diagnostics (AWBD)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A504, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Automated whole building diagnostics"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A504, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"All usage"}]
[724,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A505, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Improve duct sealing in new small commercial buildings beyond code"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A505, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: duct sealing beyond code, small bldgs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A505, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[725,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A506, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Duct sealing in small existing commercial buildings "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A506, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: duct sealing existing small bldgs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A506, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[726,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A507, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Duct sealing in large existing commercial buildings "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A507, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: duct sealing existing large bldgs"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A507, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[727,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A508, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Low lift chiller system"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A508, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Low lift cooling"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A508, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[731,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A509, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"More efficient commercial pumps (not heat pumps)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A509, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: More efficient pumps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A509, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[732,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A510, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Tasklighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A510, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Tasklighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A510, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[735,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A511, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Commercial sector rooftop solar"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A511, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Solar"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A511, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"All usage"}]
[736,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A512, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Residential sector rooftop solar"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A512, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Solar"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A512, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"All usage"}]
[737,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A513, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"replace furnaces, boilers with PEM fuel cells"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A513, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: PEM fuel cells"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A513, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"All usage"}]
[738,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A514, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"C:\"Conventional\" LDAC"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A514, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C:\"Conventional\" LDAC"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A514, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[739,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A515, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"R:\"Conventional\" LDAC"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A515, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R:\"Conventional\" LDAC"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A515, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[740,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A516, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Commercial & industrial pumps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A516, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"Commercial & industrial pumps"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A516, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":0}]
[743,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A517, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Install skylights to enhance daylighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A517, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Add skylights, new"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A517, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[744,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A518, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Require use of controllable power outlets that are turned off during unoccupied hours using timer control"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A518, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Controllable power outlets (N)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A518, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[748,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A519, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Use a stack economizer to recover waste heat from flue gases"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A519, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Stack economizer"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A519, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[749,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A520, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Distribution Transformers - Liquid, Low efficiency improvement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A520, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Liquid distribution transformers, Low"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A520, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[750,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A521, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Distribution Transformers - Liquid, Medium-Low efficiency improvement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A521, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Liquid distribution transformers, Medium-Low"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A521, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[751,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A522, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Distribution Transformers - Liquid, Medium-High efficiency improvement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A522, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Liquid distribution transformers, Medium-High"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A522, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[753,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A523, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Distribution Transformers - Dry, Low efficiency improvement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A523, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Dry distribution transformers, Low"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A523, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[754,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A524, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Distribution Transformers - Dry, Medium-Low efficiency improvement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A524, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Dry distribution transformers, Medium-Low"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A524, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[755,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A525, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Distribution Transformers - Dry, Medium-High efficiency improvement"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A525, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Dry distribution transformers, Medium-High"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A525, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[757,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A526, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Replace escalators with VVVF drive & highly efficient bearings at end of life"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A526, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: escalator VVVF and bearing upgrade"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A526, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"MELs"}]
[759,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A527, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reduce/increase temperature set-point 1 F in heating/cooling season"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A527, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Change inside temp 1F"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A527, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"HVAC"}]
[760,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A528, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Reduce/increase temperature set-point 1 F in heating/cooling season"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A528, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Change inside temp 1F"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A528, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"HVAC"}]
[761,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A529, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Turn off hot water heater when away from home for 10 day vacation"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A529, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Water heater off when away"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A529, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[766,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A530, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate, deploy, and develop tools for designing cost effective high performance commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A530, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: 50% building, modeling cost only"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A530, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Whole building"}]
[767,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A531, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Thermotunneling cooling systems - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A531, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Thermotunneling cooling systems - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A531, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[768,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A532, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Install heat-resistant radiator reflectors between exterior walls and radiators"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A532, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Install radiator reflectors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A532, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[769,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A533, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Install a desk lamp to use for task lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A533, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Task lighting"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A533, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[770,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A534, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Hang/air dry laundry "},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A534, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: hang-dry laundry"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A534, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Washing & Drying"}]
[771,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A535, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demand response A/C thermal storage"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A535, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":0},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A535, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":0}]
[772,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A536, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Shade trees for home cooling savings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A536, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Cooling savings from shade trees"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A536, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Cooling"}]
[773,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A537, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Close off unused rooms in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A537, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: multi-zone energy savings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A537, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"HVAC"}]
[774,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A538, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Close off unused rooms in homes"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A538, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: multi-zone energy savings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A538, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"HVAC"}]
[775,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A539, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Close blinds/curtains/drapes/shades during the day when cooling your home especially on south and west-facing windows"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A539, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: close blinds"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A539, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"HVAC"}]
[776,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A540, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Close blinds in commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A540, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: close blinds"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A540, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"HVAC"}]
[779,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A541, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy low temperature heat pumps, Climate Zones 3/4 (FS except NG)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A541, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Cold climate HP, CZ 3/4 (FS, except NG)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A541, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"HVAC"}]
[780,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A542, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy low temperature heat pumps, Coldest 2 Climates (FS, NG only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A542, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Cold climate HP (FS, NG only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A542, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"HVAC"}]
[781,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A543, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy low temperature heat pumps, Climate Zones 3/4 (FS, NG only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A543, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Cold climate HP, CZ 3/4 (FS, NG only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A543, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"HVAC"}]
[782,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A544, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Commercial CHP, serving all heating load using a CHP system and displacing some of the electrical end use"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A544, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: CHP, EPA (2), 47% heat, 24.6% electricity"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A544, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating"}]
[783,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A545, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Derive occupancy and other sensory information from existing products and existing IT networks"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A545, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Existing Network Infrastructure Occ. Sensors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A545, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"All usage"}]
[784,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A546, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Daylighting Systems for new and retrofit commercial buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A546, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Daylighting Systems"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A546, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Lighting"}]
[785,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A547, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Install PVT Collectors on Commercial Roofs to Meet How Water Demand and Supply Site Renewable Energy"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A547, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: PVT Collectors"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A547, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
[786,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A548, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Create and deploy technology for direct use of local DC renewable supply in DC-powered products"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A548, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Use of DC Renewable Supply"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A548, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Building"}]
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[795,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A554, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Low cost solar water heater, gas BU with no FS to replace gas storage water heater in all except hottest climate"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A554, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: NREL solar WH gas BU (no FS) $3000, except hottest"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A554, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[796,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A555, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Demonstrate and deploy NG Adsorption Heat Pump WHs in commercial buildings - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A555, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"C: Gas Adsorption HPWH - TARGET"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A555, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
[797,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A556, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Engine Driven Heat Pump, residential buildings"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A556, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: Engine Driven HP (FS to gas)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A556, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Heating & Cooling"}]
[799,{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A557, '[2]Technical measure database'!$A$5:$A$1028, 0), 2)","v":"Develop and demonstrate solid state HPWH (SBIR Award) in homes (FS only)"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A557, '[2]Technical measure database'!$A$5:$A$1028, 0), 3)","v":"R: HPWH (FS only) - SBIR"},{"$f":"INDEX('[2]Technical measure database'!$A$5:$CQ$1028, MATCH($A557, '[2]Technical measure database'!$A$5:$A$1028, 0), 8)","v":"Water Heating"}]
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