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Semiconductor devices / Nitrides / Photovoltaics / Gallium arsenide / Multijunction photovoltaic cell / Indium gallium phosphide / Gallium nitride / Indium gallium arsenide / Lattice constant / Chemistry / Solar cells / Energy conversion


Optimal Materials and Deposition Technique Lead to Cost-Effective Solar Cell with Best-Ever Conversion Efficiency Based on NREL and Solar Junction technology, the commercial SJ3 concentrator solar cell—with 43.5% conve
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Document Date: 2013-10-02 13:33:46


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City

Golden / /

Company

Renewable Energy / Ge / Sustainable Energy LLC / National Renewable Energy Laboratory / /

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Event

Business Partnership / /

Facility

National Renewable Energy Laboratory / /

IndustryTerm

lower-energy light / metal / electricity / high-energy light / chemical compositions / manufacturing technique / high-energy end / final solar device / utility-scale and space applications / lower-energy portions / manufacturing technique allowing precise control / energy / /

Movie

All That Jazz / /

Organization

office of Energy Efficiency / U.S. Department of Energy / Alliance for Sustainable Energy / U.S. Department of Energy office of Energy Efficiency and Renewable Energy Operated / /

Person

Daniel Derkacs / Daniel Friedman / John Herb / /

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ProvinceOrState

Colorado / /

Technology

cellular telephone / Solar Junction technology / /

URL

www.nrel.gov / /

SocialTag