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Performances of photovoltaic array configurations under partial shading condition

机译:局部遮阳条件下光伏阵列配置的性能

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Photovoltaic (PV) array in m × n (m is the number of rows and n for columns) scheme actually has a lot of possible configurations. Each configuration should produces different I-V and P-V characteristic curves especially under Partial Shading Condition (PSC). Configurations that are easier to be implemented on a large number of modules are parallel, series, series-parallel (SP) and total-cross-tied (TCT) schemes. This paper presents the PV characteristic curves from all possible configurations of six PV modules under different shaded conditions. The result shows that parallel configuration is the best one because it has the highest optimum power under all shaded conditions and the highest is 218.6 Watt. Furthermore, TCT configuration can obtain higher power than SP configuration on the same m × n scheme.
机译:M×N(M是列数的光伏(PV)阵列(用于列的行数)实际上具有大量可能的配置。 每个配置应产生不同的I-V和P-V特性曲线,尤其是在部分着色条件(PSC)下。 在大量模块上更容易实现的配置是并行的,系列,串联(SP)和全交带总数(TCT)方案。 本文介绍了不同阴影条件下所有可能配置的PV特性曲线。 结果表明,并行配置是最好的,因为它在所有阴影条件下具有最高的最佳功耗,最高的是218.6瓦。 此外,TCT配置可以在相同的M×N方案上获得比SP配置更高的功率。

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