![]() (1996) PC1D Version 4 for Windows: From Analysis to Design. (2010) Estimating Tropical Deforestation from Earth Observation Data. ![]() Īchard, F., Stibig, H.J., Eva, H.D., Lindquist, E.J., Bouvet, A., Arino, O. It is found that for 1.0 m 2 area of GaAs/Ge solar panel, about 419.2 Watt of power is produced in extra-terrestrial condition as compared to 314.34 Watt in terrestrial condition. Although the efficiency in extra-terrestrial condition is lower, due to a larger amount of incident solar radiation on the first subcell (GaAs), the total power produced in extra-terrestrial condition is higher as compared to second subcell (Ge). Simulation result shows that the efficiency of the solar cells in extra-terrestrial condition is 31.91%, while in terrestrial condition is 35.24%. Simulations consist of solar radiation modeling and the electronic transport modeling of each subcell. The performance of GaAs/Ge dual-junction solar cells in the extra-terrestrial and terrestrial condition are studied by means of the full simulation approach. Multi-junction solar cells, solar cell efficiency, GaAs, Ge, terrestrial, extra-terestrial, solar cell simulation, PC1D program Abstract ![]()
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