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Data-analysis and modelling of the effect of inter-row shading on the power production of photovoltaic plants

机译:行间阴影对光伏电站发电影响的数据分析和建模

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The aim of this work is to propose a fast and easily implementable model allowing the consideration of inter-row shading in the simulation of the power production of PV plants. Our objective is to find the simplest model with the least number of input parameters. A formulation of the shaded fraction of the module area dependent on the PV configuration and the sun position is first proposed. An analysis of the measurements of two plants is then carried out to understand the effect of inter-row shading for a complete PV array. Based on this analysis, a model is proposed and validated. It is shown that the consideration of inter-row shading with the proposed model allows a relative improvement of the simulation accuracy (RMSE) ranging between 18 and 32% for time steps affected by inter-row shading and between 7 and 12% for a complete year.
机译:这项工作的目的是提出一种快速且易于实现的模型,在光伏电站发电仿真中考虑行间阴影。我们的目标是找到输入参数最少的最简单模型。首先提出了取决于PV配置和太阳位置的模块区域阴影部分的公式。然后对两座工厂的测量值进行分析,以了解完整光伏阵列行间遮光的影响。基于此分析,提出并验证了模型。结果表明,与所提出的模型一起考虑行间阴影可以使行间阴影影响的时间步长的仿真精度(RMSE)相对提高18%至32%,而对于完整行的时间步长则可以提高7%至12%年。

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