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High-Irradiance Degradation Tests on Concentrator GaAs Solar Cells

机译:聚光GaAs太阳能电池的高辐照度降解测试

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The present work summarises the results of an experiment of light-soaking highconcentrator MOVPE-grown GaAs solar cells under monochromatic light (808 nm). The irradiance level was set so that the short-circuit current obtained was 1100 times that produced with the AM1.5D spectrum at 1 kW/m~2. This test caused no morphological changes in the devices. The main phenomenon discovered has been a slight increase with time of the reverse current I~(02). This increase is analogous to that observed in similar degradation experiments based on high forward currents. In general the results of these tests show that the drop in performance is very limited, supporting the idea that concentrator GaAs solar cells are rugged devices, capable of achieving long lifetimes infield operation.
机译:本工作总结了单色光(808 nm)下均光高聚光MOVPE生长的GaAs太阳能电池的实验结果。设置辐照度水平,以使获得的短路电流为AM1.5D光谱在1 kW / m〜2时产生的短路电流的1100倍。该测试未引起装置的形态变化。发现的主要现象是反向电流I〜(02)随时间的增加而略有增加。这种增加类似于在基于高正向电流的类似降解实验中观察到的增加。通常,这些测试的结果表明,性能下降非常有限,这支持了聚光器GaAs太阳能电池是坚固耐用的设备的想法,能够实现较长的现场运行寿命。

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