利用光学二次光抗辐射的高效线聚焦光伏接收器

J. Avery, K. Kimes, P. Custard, L. Fraas, M. Piszczor, M. O'neill
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引用次数: 1

摘要

多结GaAs/GaSb太阳能电池现在已经在PASP Plus飞行实验的点聚焦集中器模块中进行了空间演示。这种聚光模块的测试结果令人印象深刻,现在人们对将空间聚光电源系统商业化产生了相当大的兴趣。然而,由于弓形线焦菲涅耳透镜比点焦圆顶菲涅耳透镜更容易制造,而且使用线焦聚光器模块更容易跟踪太阳,JX Crystals一直在开发高效率的线焦光伏接收器,其中包含光学二次系统以抵抗辐射。这项工作是根据NASA SBIR合同与ENTECH作为分包商进行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High efficiency line-focus photovoltaic receivers using optical secondaries for radiation resistance
Multijunction GaAs/GaSb solar cells have now been demonstrated in space in a point-focus concentrator module on the PASP Plus flight experiment. The test results on this concentrator module were so impressive that there is now considerable interest in commercializing space concentrator power systems. However, because arched line-focus Fresnel lenses are easier to make than point-focus domed Fresnel lenses and because it is easier to track the Sun using line-focus concentrator modules, JX Crystals has been developing high efficiency line-focus photovoltaic receivers incorporating optical secondaries for radiation resistance. This work is being performed under a NASA SBIR contract with ENTECH as a subcontractor.
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