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A superlattice solar cell for enhanced current output and minimized drop in open-circuit voltage under sunlight concentration

机译:一种超晶格太阳能电池,可提高电流输出并在阳光集中的情况下将开路电压降降至最低

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A super-lattice (SL) solar cell has been proposed and approven to be a good candidate to overcome the current mismatch issue in the tadem solar cell. In this report, a SLs cell was tested under optical concentration to explore the potential to be applied as high efficiency single junction solar cell. Compared with a reference GaAs cell, the SLs cell presented a promising enhancement in open-circuit voltage (Voc) with increasing concentration ratio. Taking advantage of the enhanced current density and the minimized drop of Voc, a SLs solar cell could exhibit its best performance under a concentration condition.
机译:已经提出并批准了超晶格(SL)太阳能电池是克服tadem太阳能电池中当前不匹配问题的良好候选者。在此报告中,对SLs电池进行了光学浓度测试,以探索其作为高效单结太阳能电池的潜力。与参考GaAs电池相比,SLs电池随着浓度比的增加,开路电压(Voc)有望提高。利用增强的电流密度和最小的Voc降落,SLs太阳能电池在集中条件下可以表现出最佳性能。

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