Although previous studies have measured and calculated solar cell chromatic aberration losses and proposed methods for reducing these by modifying the optics, significant work remains to be done toward understanding how to quantify the losses and how various parameters affect this loss. This paper presents an analytical definition and calculation method for chromatic aberration losses in Ga/sub 0.5/In/sub 0.5/P/GaAs solar cells. The effects of sheet resistance of the midlayers of the cell, total irradiance, incident spectrum, cell width and diode quality factor are studied. A method for measuring the midlayer resistance in finished solar cells is also described.
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机译:尽管以前的研究已经测量和计算了太阳能电池色差损失,并且通过修改光学来减少这些方法的方法,但对于了解如何量化如何量化损失以及各种参数如何影响这种损失,仍有大量工作仍然进行。本文介绍了GA / SUB 0.5 / in / Sub 0.5 / P / GaAs太阳能电池中的色差损耗的分析定义和计算方法。研究了细胞中间层,总辐照度,事件,细胞宽度和二极管质量因子的薄层薄层的影响。还描述了一种测量成品太阳能电池中的中间层电阻的方法。
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