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["SOLAR ENERGY TECHNOLOGIES OFFICE FISCAL YEAR 2020 PEROVSKITE FUNDING PROGRAM - Teaming Partner List  (DE-FOA-0002357)"]
["Updated: September 21, 2020"]
["Organization"," Contact Name"," Organization Type"," Area of Technical Expertise"," Description of Capabilities ","Contact Information","Topic Area"]
["Mississippi State University","Zhenhua Tian","University","Ultrasonic nondestructive evaluation; Structural health monitoring; Characterization of corrosion, crack, and material degradation; Acoustics-based material synthesis","Our lab focuses on the development of acoustic/ultrasonic technologies for nondestructive evaluation, structural health monitoring, and material synthesis. We specialize in using ultrasonic waves to characterize material degradation, corrosion, cracks, and chemical reactions. We are also experienced in investigating and understanding the effects of microscale material changes on ultrasonic waves. Our lab has a variety of facilities for ultrasonics, such as air-coupled ultrasonic systems, laser ultrasonics, phased arrays, and acoustic field scanning.","Email: tian@ae.msstate.edu\nPhone: 803-319-2159\nAddress: 321 Walker Hall, 501 Hardy Road, Mississippi State, MS 39762","1,2,3"]
["University of Texas at Dallas","Julia Hsu","University","Thermal stability, High-speed photonics processing of thin films, Device physics studies","TGA, TPD, FTIR, RGA, Pulse Forge, EIS, SPV","E-mail: jwhsu@utdallas.edu\nPhone: 972-883-5789\nAddress: 800W Campbell Rd, Richardson, TX 75080"]
["Electric Power Research Institute ","Michael Bolen, Ph.D","Non-Profit 501c3","Field testing, Performance analysis and validation","EPRI is a non-profit, independent, objective, and collaborative research institute that regularly plans and executes complex multi-participant research projects. EPRI’s Solar Generation program has decades of experience field testing novel and more mainstream photovoltaic technologies and, also, analyzing and contextualizing their performance. Current field testing sites and experiments range in size and capabilities from a purpose-built, highly-flexible testbed at the Solar Technology Acceleration Center to commercially-operating, large-scale PV plants in various climates. EPRI’s team of solar subject matter experts and dedicated government contract support staff have first-hand award management experience with DOE SETO","\nEmail: mbolen@epri.com\nPhone: 704-595-2853\nAddress: 1300 W. WT Harris Blvd, Charlotte, NC 28269"]
["Boise State University","Rick Ubic","University","Structural characterization (XRD, SEM, TEM), solid-state ceramic processing, electroceramics","Structural characterization via XRD, SEM, TEM; crystallographic characterization; solid-state ceramic processing","Email: rickubic@boisestate.edu\nPhone: 208-426-2309\nAddress: 1910 University Dr., Boise, ID 83725",1]
["National Renewable Energy Laboratory","Andrew Norman","DOE FFRDC/National Laboratory","Transmission and scanning transmission electron microscopy of PV materials including EDS and EELS","TEM, FEG STEM, FIB, Fischione NanoMill, EDS, EELS, air/moisture free transfer of samples","Email: andrew.norman@nrel.gov\nPhone: 720-771-8490\nAddress: 15013 Denver West Parkway, Golden, CO  80401-3305","1,2,3 "]
["University of Nevada Las Vegas","Shubhra Bansal","University","Indoor accelerated stress testing, metastability testing, degradation analysis, outdoor field tests, performance analysis.","1. Small area perovskite solar cell processing. 2. Cell/mini-modules Accelerated Stress Testing with in-situ characterization including JV, CV, QE and low temperature measurements.Outdoor test set-up. Test setup includes metastability tests, light soaking, damp heat, potential induced degradation, RB breakdown tests, temperature coefficient determination. Use of electroluminescene and IR imaging for hot spots, weak diodes and shunts. All tests results can be modeled using SCAPS-1D simulations to understand changes in layer properties. 9.Current test equipment in the lab includes: ATLAS XXL+ accelerated life testing chamber, ABET solar simulator, Solartron 1260A impedance analyzer, multiple Keithley power supplies, PV Measurement Inc. QEXL, home-built PID chamber, ovens, glove box, Janis STL-100 cryostat for light/dark JVT measurements to LN2. 3. Outdoor test facility at UNLV and RTC including soiling test stations.","\nEmail: shubhra.bansal@unlv.edu\nPhone: 404-808-0827\nAddress: 4500 S Maryland Pkwy, SEB4249, Las Vegas NV 89154."]
["National Renewable Energy Laboratory","Glenn Teeter","DOE FFRDC/National Laboratory","Surface and interface characterization applied to renewable-energy materials and devices","Capabilities include X-ray/ultraviolet photoelectron spectroscopy (XPS/UPS) and inverse photoemission spectroscopy (IPES). XPS/UPS quantifies near-surface compositions and chemical states, and correlates these with surface valence-electronic structure and interfacial band alignments. The complementary technique IPES provides direct information on conduction-band density-of-state at surfaces and interfacial conduction-band alignments. Our XPS/UPS instruments include capabilities for operando studies of surfaces and interfaces, including the effects of light, voltage and/or current bias, as well as high-throughput mapping capabilities.","Email: Glenn.teeter@nrel.gov\nPhone: 720-308-0686\nAddress: 15013 Denver West Parkway, MS3218, Golden, CO  80401-3305","1,2,3 "]
["Grand Valley State University","Heidi Jiao","Public institute of higher education","Organic/inorganic solar cell technologies and photovoltaic systems","Solid state material and device processing and characterization. Devices include amorphous silicon solar cells, dye sensitized solar cells, and perovskite solar cells. Stability studies include indoor controlled testing and outdoor field testing. AFM, SEM, Spectrometer, Ellipsometer, Semiconductor Parameter Analyzer, Glove Box, Mask Aligner,  Evaporator, sputter coater","Email: jiaoh@gvsu.edu \nPhone: 616-331-6844 \nAddress: 301 W. Fulton St. Grand Rapids, Mi 49504",1]
["National Renewable Energy Laboratory","David Ostrowski","DOE FFRDC/National Laboratory","Research focused on commercialization of solution processable materials for photovoltaic applications, mainly device fabrication and material characterization. ","Device fabrication and material characterization. \nDevice fabrication: Ink preparation and deposition through R2R, slot-die, doctor blade and spin coating, along with thermal evaporation and e-beam. \nDevice Characterization: JV, stabilized power output, EQE, IQE\nMaterial characterization: A range of spectroscopy and microscopy methods (including but not limited to) and focusing on data interpretation and in some instances data collection: XRD, PL, tr-PL, UV-VIS, XPS/UPS, TOF-SIMS, SEM and TRM","Email: David.ostrowski@nrel.gov\nPhone: 847-951-9453\nAddress: National Renewable Energy Lab\n15013 Denver West Parkway\nDavid Ostrowski - STF 100-39 – MS3219\nGolden, CO 80204\n","Would be interest in all 3 of the topic areas, with particular interest in Topic area 3. "]
["Center for Life Cycle Analysis, Columbia University","Vasilis Fthenakis","University","World-renowned expert on Life Cycle Analysis and Material Utilization Management from PSC Manufacturing through end-of-life and recycling",null,"Email: vmf5@columbia.edu\nPhone: 631-618-1717\nAddress: 500 W 120th Street\n918 Mudd Bldg\nNew York, NY 110027",2]
["Arizona State University","Mani G. TamizhMani, Ph.D.","University","PV material and device characterizations and evaluation for performance (fast or slow response), metastability, durability and reliability; testing according to IEC and ASTM standards; indoor and outdoor accelerated field testing for lifetime prediction; T80>20years testing, analysis, modeling and validation; scorecard-based bankability testing","Please visit our website for details: https://pvreliability.asu.edu/; Three walk-in environmental chambers for accelerated testing according to IEC and ASTM standards; Acclerated UV testing at various temperature and humidity levels for lab-scale devices and commercial-scale modules; Current-voltage (I-V) curve tracers (with single and multi-module options) for slow responding perovskite technologies under indoor simulated conditions and outdoor natural sunlight conditions at different temperature and irradiance levels; device/material characterizations including module level QE, EL, IR, UVF, handheld reflectance, handheld colorimeter etc; laminator for 1-cell and multi-cell mini-modules; indoor and outdoor evaluations of anti-soiling and anti-reflection coatings on PV modules; Material characterizations including handheld FTIR, DSC, TGA, WVTR, thermal-conductivity meter, contact resistance meter etc; Outdoor field testing with fixed tilt racks and 1-axis and 2-axis trackers; Outdoor rooftop structures; grid connection of demonstration systems","Email: manit@asu.edu\nPhone: 480-528-4967\nAddress: Arizona State University, 7349 East Innovation Way South, Mesa, AZ 85212","1,2,3"]
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