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Present Status of Thin Film Solar Cells Using Textured Surfaces: A Brief Review

机译:使用带纹理表面的薄膜太阳能电池的现状:简述

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This is a brief review on light trapping in Si based thin film solar cells with textured surfaces and transparentconducting oxide front electrodes. The light trapping scheme appears to be essential in improving device efficiencyover 10%. As light absorption in a thin film solar cells is not sufficient, light trapping becomes necessary to beeffectively implemented with a textured surface. Surface texturing helps in the light trapping, and thereby raises shortcircuit current density and its efficiency. Such a scheme can be adapted to single junction as well as tandem solar cell,amorphous or micro-crystalline devices. A tandem cell is expected to have superior performance in comparison to asingle junction cell and random surface textures appears to be preferable to a periodic structures.
机译:这是对具有纹理化表面和透明导电氧化物前电极的Si基薄膜太阳能电池中光陷阱的简要回顾。光捕获方案对于将器件效率提高10%以上至关重要。由于薄膜太阳能电池中的光吸收不足,因此对于有效地实现带纹理的表面而言,必须进行光捕获。表面纹理化有助于光捕获,从而提高短路电流密度及其效率。这种方案可以适用于单结以及串联太阳能电池,非晶或微晶器件。与单结电池相比,期望串联电池具有更好的性能,随机表面纹理似乎比周期性结构更好。

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