LIPS III卫星上硅垂直结太阳能电池的空间性能

R.L. Statler, D. Walker
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引用次数: 1

摘要

本文对新一代硅垂直结太阳能电池和三种覆盖玻璃胶粘剂的性能进行了初步分析和结果评价。其中两种粘合剂首次用于空间环境中的覆盖玻璃应用。Solarex垂直结太阳能电池采用10欧米茄厘米的硅,具有后表面场和后表面反射器,并与相同硅的Solarex平面结电池进行了比较。在太空中长达386天的结果表明,两种类型的太阳能电池在功率输出方面表现出大致相同的退化率。三种胶粘剂的性能无显著差异。
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The space performance of silicon vertical junction solar cells on the LIPS III satellite
The preliminary analysis and results are presented of a space experiment to evaluate the performance of a new generation of silicon vertical junction solar cells and three adhesives for attaching coverglass to the solar cells. Two of the adhesives are used for the first time in coverglass applications in the space environment. The Solarex vertical junction solar cells, which are of 10 Omega cm silicon with back surface fields and back surface reflectors, are compared to Solarex planar junction cells of the same silicon. The results for up to 386 days in space indicate that the two types of solar cell show about the same degradation rate in power output. There are no significant differences in the performance of the three adhesives.<>
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