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43% Sunlight to Electricity Conversion Efficiency Using CPV

机译:使用CPV的阳光到电的转换效率为43%

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摘要

A concentrator standard test condition (CSTC) efficiency of 43.4% for the direct conversion of sunlight into electricity is demonstrated with a subunit of a concentrator photovoltaics (CPV) module. This is the highest reported CSTC efficiency for CPV applications thus far. This test device consists of a four-junction solar cell and uses an achromatic full-glass lens for concentrating the sunlight. The high efficiency is made possible by the combination of a high-efficiency solar cell (46%) and a high-efficiency lens (95%). The I–V curve of the solar cell has been measured for varying distances to the glass lens and compared with the results for a silicone-on-glass Fresnel lens. In this manner, chromatic aberration effects on solar cell performance are discussed in this study.
机译:通过聚光器光伏(CPV)模块的子单元,证明了将太阳光直接转换为电的聚光器标准测试条件(CSTC)效率为43.4%。这是迄今为止针对CPV应用的最高CSTC效率。该测试设备由一个四结太阳能电池组成,并使用消色差的全玻璃透镜来聚集阳光。通过将高效太阳能电池(46%)和高效透镜(95%)结合使用,可以实现高效率。已测量了距玻璃透镜不同距离的太阳能电池的I–V曲线,并将其与玻璃上硅酮菲涅耳透镜的结果进行了比较。以这种方式,在这项研究中讨论了色差对太阳能电池性能的影响。

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