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首页> 外文期刊>Solar Energy Materials and Solar Cells: An International Journal Devoted to Photovoltaic, Photothermal, and Photochemical Solar Energy Conversion >Extreme radiation hardness and light-weighted thin-film indium phosphide solar cell and its computer simulation
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Extreme radiation hardness and light-weighted thin-film indium phosphide solar cell and its computer simulation

机译:极高的辐射硬度和轻质薄膜磷化铟太阳能电池及其计算机模拟

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摘要

A very light-weighted and extreme radiation hardness high-doping n(+)-i-p(+) InP solar cell is developed. The total thickness of its epitaxial layer is only 0.22 mum. It is more radiation hardened than many other structures so that it can provide the required output power for spacecraft even after a decade at 3200 km polar orbits. Its end of life efficiency is about 10% (AM0, I Sun); its highest power/weight ratio is about 130W/g (only the weight of epitaxial layers is considered). The surprising fact is that all of these are obtained from a very simple structure. (C) 2002 Published by Elsevier Science B.V. [References: 8]
机译:开发了一种非常轻量级且具有极高辐射强度的高掺杂n(+)-i-p(+)InP太阳能电池。其外延层的总厚度仅为0.22μm。它比许多其他结构具有更高的辐射强度,因此即使在3200 km的极轨运行十年后,它也可以提供航天器所需的输出功率。它的寿命终止效率约为10%(AM0,I Sun);它的最高功率/重量比约为130W / g(仅考虑外延层的重量)。令人惊讶的事实是所有这些都是从非常简单的结构中获得的。 (C)2002由Elsevier Science B.V.出版[参考文献:8]

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