Design of the Micro-Köhler Concentrator Optics for CPV Application

K. Araki, Kan‐Hua Lee, N. Hayashi, Kouki Ichihashi, Shutetsu Kanayama, Takuji Inohara, Yohei Morita, M. Takase, M. Yamaguchi
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Abstract

Micro CPV is a promising technology for reducing high-precision assembly cost while making use of the high efficiency of CPV. However, the requirement of the installation and tracking accuracy remains the same. A production method is often taken to manufacture small size modules with high accuracy, high homogeneity, low cost, and to compile them. There is a concern that the performance of the large-area panel may deteriorate due to accuracy in the assembly. A micro-Köhler concentrator optics was designed suitable to the micro CPV modules, and the designed acceptance angle (90 % power point) reached 1.8 degrees with the 500 x axially symmetrical (truncated to square) primary plano-convex lens.
聚光器件Micro-Köhler聚光器件的设计
利用CPV的高效率,降低高精度装配成本是一种很有前途的技术。但是,对安装和跟踪精度的要求保持不变。通常采用一种生产方法来制造高精度、高均匀性、低成本的小尺寸模块并对其进行编译。有人担心,由于组装的准确性,大面积面板的性能可能会恶化。设计了一种适用于微型CPV模块的micro-Köhler聚光器,设计的接收角(90%功率点)达到1.8度,采用500 x轴对称(截方)主平凸透镜。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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