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Azimuth Tracking Linkage Influence on the Efficiency of a Low CPV System

机译:方位角跟踪链接对低CPV系统效率的影响

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The paper presents research on modeling the influence of an azimuth tracking linkage on the energetic response of a low CPV system build up of a PV module and two mirrors: one on the left side and symmetrically on the right side along the length of the PV module. This paper analyses the influence of the azimuth open tracking linkage, its tracking accuracy and the mirror-PV relative geometry on the tracking efficiency and on the size of a low CPV system with mirrors. This analysis has two main objectives: maximizing the tracking efficiency of the direct solar radiation and minimizing the overall size of the CPV system. The geometric modeling of this CPV system and the numerical simulations allow the identification of the optimal solutions.
机译:本文提出了关于建模跟踪跟踪对低光伏发电系统的能量响应的影响的研究,该低光伏发电系统由光伏组件和两个反射镜组成:两个反射镜沿光伏组件的长度方向位于左侧,对称于右侧。本文分析了方位开放跟踪联动装置,其跟踪精度和反光镜-PV相对几何形状对跟踪效率和带镜的低CPV系统尺寸的影响。该分析有两个主要目标:最大化直接太阳辐射的跟踪效率和最小化CPV系统的整体尺寸。该CPV系统的几何建模和数值模拟可以确定最佳解决方案。

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