提高太阳能电池效率的表面纹理化方法

R. Hussei̇n, Dilshad S. Ismael
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引用次数: 2

摘要

面向太阳的电池也被称为光电(PE)电池,它的工作是将阳光转化为电能,光电电池是附着在电力上的,并且方便地排列在一个被称为太阳基板的宽轮廓内。太阳能电池的效率取决于太阳能电池消耗片吸收的光子的数量。然而,吸收材料的低吸收率以及材料表面和玻璃吸收材料界面的光反射将降低太阳能的转换。通过改变太阳能电池的表面形态,可以提高能量转换的效果。本文综述了采用不同的外部纹理方法来提高效率,减少太阳光能的浪费,获得最大的效率,为太阳能电池的有效升级进行了研究。
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Surface Texturing Method for Solar Cell Efficiency Enhancement
Sun oriented cell are also known as Photoelectric (PE) cells, which labor to transform sunlight specifically into electricity, Photoelectric cells are attached electric powered and conveniently arranged within a wide outline known as a sun based board. The efficiency of the sun powered cell is turns on the number of consume photons which are absorbed in the consumer sheet of sun powered cell. However, the low absorption rate of the absorber material and light reflection in the surface of material and the material interfaces of the glass absorbers will reduce the conversion of solar energy. The effect of the energy conversion can be upgrade by modifying the surface morphology of the solar cell. In this article review of Exterior by different Texturing Method to increase efficiency enhancement, minimum waste energy of light of the sun and to get a maximum efficiency for the Sun Powered Cell Effective Upgrade has been investigated.
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