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Photovoltaic panels cost optimization with flexible polymer semiconductor cells using fuzzy logic

机译:使用模糊逻辑,光伏板与柔性高分子半导体电池进行成本优化

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This paper presents the research undertaken by the authors to determine the parameters of electric power produced by a photovoltaic panel using flexible semiconductor polymer cells,aiming a comparative study between this panel and other types of conventional photovoltaic panels,with monocrystalline,polycrystalline and amorphous silicon,based on technical and economic indicators,established under uncertainty conditions.We will also present the variation of these dimensions according to the incidence angle of solar radiation.Thus,researches will show that for its value between 36-38 degrees,you get very good conversion yields.The economic study presented also reveals that under uncertainty there is a correspondence between the panel type and its physical and economic characteristics.
机译:本文介绍了作者采用的研究,以确定使用柔性半导体聚合物电池的光伏面板产生的电力参数,其针对本面板和其他类型的传统光伏板之间的比较研究,具有单晶,多晶硅和无定形硅,基于技术和经济指标,根据不确定性条件建立。我们还将根据太阳辐射的发射角度呈现这些尺寸的变化。本,研究将显示其价值在36-38度之间,因此转换非常好产量。提出的经济研究还揭示了在不确定性下,面板类型与其物理和经济特征之间存在对应。

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