High Efficiency GaAs Solar Cell Development.
S. Kamath, G. Wolff
Abstract
S. Kamath, G. Wolff
Abstract
The major goals of the High Efficiency Gallium Arsenide (GaAs) Solar Cell program have been met. An AM0 efficiency of 17.5 percent was achieved. During the second phase of the program, was optimized to improve radiation resistance of the cell without loss of efficiency, thus improving the suitability of the cell for space missions.
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The major goals of the High Efficiency Gallium Arsenide (GaAs) Solar Cell program have been met. An AM0 efficiency of 17.5 percent was achieved. During the second phase of the program, was optimized to improve radiation resistance of the cell without loss of efficiency, thus improving the suitability of the cell for space missions.
Key concepts: Gallium arsenide, Solar cell, Materials science, Optoelectronics, Solar cell efficiency, Energy conversion efficiency, Cell, Engineering physics