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Off-axis aberration correction surface in solar energy application

机译:太阳能应用中的离轴像差校正面

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摘要

A new fixed aberration correction surface for applications in solar energy is proposed. The surface equation was derived based on the theory of focusing heliostat and the technique of canting the mirror array at a particular incident angle. The performance of the optimized new surface is simulated and compared with that of a spherical surface for two different ranges of incident angles, i.e., 0°-33° and 33°-57°. The comparison result shows that there are considerable improvements: not only is the size and concentration of the sun's image improved, but it is also possible to shift the hot spot from noon time to early morning and late afternoon.
机译:提出了一种新的太阳能固定像差校正表面。基于聚焦定日镜的原理和以特定入射角倾斜反射镜阵列的技术,得出了表面方程。模拟优化后的新表面的性能,并将其与球面在两种不同入射角范围(即0°-33°和33°-57°)下的性能进行比较。比较结果表明,有了很大的改进:不仅改善了太阳图像的大小和集中度,而且还可以将热点从中午时间转移到清晨和傍晚。

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