Design and fabrication of a linear Fresnel-type reflector for solar concentration based on caustic surfaces by reflection

Martín Jiménez-Rodríguez, M. Avendaño-Alejo, Edwin Román-Hernández, Estefania López-Gómez, Gabriel Castillo-Santiago, I. Velázquez-Gómez, Osvaldo Ponce-Hernández, J. DelOlmo-Márquez, L. Castañeda
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Abstract

We have designed a Linear Fresnel-type Reflector (LFR) to reduce the area of light concentration based on the caustic surfaces produced by reflection. The LFR is designed by a set of planar mirrors, which appropriately have slopes in such a way that input energy can be focused at predefined absorber area. Also, losses due to riser steps were obtained from a geometrical point of view, to reduce and reconfigure the LFR shape in order to facilitate its manufacture. Finally, a LFR prototype will be fabricated on a single aluminum sheet where their grooves will be molded through CNC machine.
基于焦散面反射的线性菲涅耳型太阳聚光反射器的设计与制造
我们设计了一种线性菲涅耳型反射器(LFR),以减少基于反射产生的腐蚀性表面的光集中面积。LFR是由一组平面反射镜设计的,这些反射镜具有适当的斜率,这样输入的能量就可以集中在预定的吸收区域。此外,从几何角度获得了立管步骤造成的损失,以减少和重新配置LFR形状,以促进其制造。最后,LFR原型将在单个铝板上制造,其中其凹槽将通过数控机床成型。
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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