太阳光综合利用技术及其在空间站应用的可行性分析

Analysis on Multiple Utilization of Solar Energy and Its Possibility of Application in Space Station

  • 摘要: 地球轨道空间太阳光能量密度为1 353 W/m2,其中可见光能量占比38%。如果能将空间太阳光中的可见光部分与其他波段的光进行分离,并将可见光直接用于航天器舱内照明或植物光合作用,可大幅降低照明系统对传统光伏电能的消耗。阐述了太阳光综合利用技术的基本原理、发展历史与研究现状,从结构设计、能源转化效率、应用成本以及技术成熟度等方面,对比分析了“太阳光综合利用技术”与“传统太阳电池阵技术”两种空间站应用方案的优缺点,探索了太阳光综合利用技术在空间站的应用可行性。

     

    Abstract: The intensity of solar spectrum in space station is 1 353 W/cm2,and visible light part is 38%in all.The consumption of electricity energy in spacecraft will be reduced significantly if the visible light is separated from solar sunlight and applied to spacecraft directly.This paper illustrated the principle of multiple utilization of solar energy.The development history and research status of multiple utilization of solar energy are reviewed.The difference between"the multiple utilization of solar energy"and "traditional solar cell array" was systematically investigated on basis of the structural design,energy conversion efficiency,cost and technical maturity,so as to explore the possibility of multiple utilization of solar energy applied on space station.

     

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