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Characteristics of Floating Photovoltaic Power Generation Based on Probability Statistics

机译:基于概率统计的浮动式光伏发电特性

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In order to analyze the accurate power generation characteristics of the floating photovoltaic (PV) system, the same 2.5kW PV systems are installed on the surface of Dam water and the near ground, and the performance is compared. The output characteristics of the floating PV power generation according to the change of water temperature is analyzed by using the probability statistical technique in detail, and it is verified that the low temperature of the floating PV system module is caused by the cooling effect of water surface. From the comparative study between them, it is confirmed that the floating PV module temperature is lower than that of land based PV, so that the efficiency of the floating PV power generation is higher than that of the grounding PV power generation.
机译:为了分析浮动光伏系统的准确发电特性,在大坝水面和近地面上安装了相同的2.5kW光伏系统,并对其性能进行了比较。运用概率统计技术详细分析了随水温变化而变化的浮式光伏发电的输出特性,并验证了浮式光伏系统组件的低温是由水面的冷却作用引起的。 。通过对它们的比较研究,可以确定浮动光伏组件的温度低于陆基光伏组件的温度,因此浮动光伏发电的效率高于接地光伏发电的效率。

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