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An innovative design approach for static concentrators with large aperture area suitable to automobile application

机译:适用于汽车应用的大孔径静态选矿厂的创新设计方法

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For the purpose of designing the high efficient static solar concentrator on automobile, we discuss the way to increase the aperture area. The 2-dimensional (2D) single and double refraction models based on the Snell's law are prepared under the conditions of random azimuth and large off-angle of the incident ray. We find that the center height of the lens is a key parameter to increase the aperture size. For lens array systems, the optimum center height is determined by the upper limit which is required to suppress the shadowing loss at the adjacent lenses. We demonstrate the ray tracing of the 2D lens model.
机译:为了设计汽车上的高效静态太阳能集中器,我们讨论了增加孔径面积的方法。在随机方位角和大入射角的情况下,基于斯涅尔定律建立了二维(2D)单折射和双折射模型。我们发现,镜头的中心高度是增加光圈大小的关键参数。对于透镜阵列系统,最佳中心高度由抑制相邻透镜处的阴影损失所需的上限确定。我们演示了2D镜头模型的光线追踪。

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