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Experimental study of passing symmetric and unsymmetrical shadows over different configurations of PV array

机译:不同配置PV阵列对称和非对称阴影的实验研究

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shadows could be separated into two groups: symmetric and unsymmetrical shadows. In symmetric shadow condition modules shaded are in full dark state (e.g. at sunset) but in unsymmetrical shadow some modules maybe have half sun state (e.g. shadow caused by passing clouds). Different array configurations show different behavior against partial shading condition. Arrays behavior depend on number of serial and parallel connected modules, bypass and blocking diodes, interconnections and etc. This paper compares different configurations of 9-module array under shadow condition with both experimental and simulation works.
机译:阴影可以分为两组:对称和不对称的阴影。 在对称阴影条件下,阴影的模块处于全黑状态(例如,在日落时),但在不对称的阴影中,一些模块可能有半太阳状态(例如,通过云引起的阴影)。 不同的阵列配置对部分着色条件显示了不同的行为。 阵列行为取决于串行和并行连接模块的数量,旁路和阻塞二极管,互连等。本文将暗影条件下的9模块阵列与实验和仿真工作相比进行了不同的配置。

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