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Design of light condenser optical system based on membrane mirror with high power condenser ratio

机译:基于高功率冷凝器率的基于膜镜的光冷凝器光学系统设计

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Light Condenser Optical system based on membrane mirror with high power condenser ratio is designed. This paper analyzed the impact of rope net structure prestress distribution on surface figure accuracy and its impact on the focal plane illuminance. Because GaAs cell performance will be affected by temperature, this paper also calculated the surface temperature of the gallium arsenide cells and analyzed its impact on the conversion efficiency. Appropriate method is proposed to resolve the problem. This research on photovoltaic generation has certain reference value particularly for space solar power system.
机译:设计了基于高功率冷凝器比的薄膜镜的光冷凝器光学系统。本文分析了绳索净结构预应力分布对表面图精度的影响及其对焦平面照明的影响。由于GaAs细胞性能将受温度的影响,因此本文还计算了砷化镓细胞的表面温度,并分析了其对转化效率的影响。建议采用适当的方法来解决问题。该研究对光伏发电具有一定的参考价值,特别是对于太空太阳能电力系统。

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