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Modeling and Calculation of Optical-Geometric Characteristics of a Solar Concentrator with Flat Fresnel Mirrors

机译:具有平面菲涅耳镜的太阳能聚光器的光学几何特征的建模和计算

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摘要

The basic characteristics of a concentrator, such as the number of reflectors, their coordinates and orientation, the degree of concentration, and others are determined with the use of the optical-geometric approach depending on the configuration parameters of the concentrator. Based on the presented formulas and numerical results, it is possible to determine the parameters of an arbitrary configuration of a linear-focus concentrator with flat Fresnel reflectors located on a parabolic base. The specific features of the distribution of the energy density over the receiver are determined. The paths of solar beams in the system and formation features of the transverse focal lines of the concentrated optical radiation are graphically analyzed for the case of the exact orientation of the concentrator on the Sun.
机译:聚光器的基本特性,例如反射器的数量,其坐标和方向,聚光度等,是根据聚光器的配置参数使用光学几何方法确定的。根据给出的公式和数值结果,可以确定抛物线基上带有平面菲涅尔反射镜的线性聚焦聚光器的任意配置的参数。确定接收器上能量密度分布的特定特征。对于聚光器在太阳上精确定位的情况,以图形方式分析了系统中太阳光束的路径和集中光辐射的横向焦点线的形成特征。

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