ASU

Arizona Institute for Renewable Energy
(AIRE)

 
Multi-Junctions,
Theory, Low Cost
Biofuel, CO2 Reduction,
Bio-inspired Constructs,
Biomemitic Catalysts,
Methanogenesis
Fuel Cells, Borohydrides, Catalysts, Ionic Liquids,
Si-Electroplating
II-IV-V Semiconductors, Nanowires, Metal Complexes
Certification, Fuel Cells, Training, Outreach
Know-How, Library, Education
AZ Solar, Forums, Media


II-IV-V Based Thin Film Tandem Photovoltaic Cell

II-IV-V Based Thin Film Tandem Photovoltaic Cell

Technologies Addressed
Thin Films
Description
Development of materials for II-IV-V based tandem thin film cells, starting with ZnSnP2 and ZnGeAs2, to push 20% efficiency.
Target Efficiency
20% 2010
Resources($)

Total Project
DOE Funds
Cost Share
$1,136,345
$895,511
$240,834

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