Title :
High-temperature AlGaP/GaP solar cells for NASA space missions
Author :
Sulima, O.V. ; Sims, P.E. ; Cox, J.A. ; Mauk, M.G. ; Mueller, R.L. ; Reedy, R.C., Jr. ; Khammadov, A.M. ; Paulson, P.D. ; Landis, G.A.
Author_Institution :
AstroPower Inc., Newark, CA, USA
Abstract :
A number of proposed NASA missions would benefit from solar arrays with the ability to operate at high temperature and high sunlight intensities. Solar cells based on semiconductors with high bandgap seem a good choice for this application. GaP or AlGaP can be considered as the least expensive high bandgap material. We present our experimental data on the performance characteristics of AlGaP/GaP solar cells. Different ways of the cell fabrication are compared and discussed focusing on the quality and price issues.
Keywords :
III-V semiconductors; aerospace instrumentation; aluminium compounds; gallium compounds; solar cell arrays; wide band gap semiconductors; AlGaP-GaP; NASA space mission; cell fabrication; high bandgap material; solar array; solar cell; sunlight intensity;
Conference_Titel :
Photovoltaic Energy Conversion, 2003. Proceedings of 3rd World Conference on
Conference_Location :
Osaka, Japan
Print_ISBN :
4-9901816-0-3