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A Comprehensive approach to Study Double Diode Model and Shading Effects on Photovoltaic Arrays

机译:一种研究双倍二极管模型的综合方法和光伏阵列的阴影效果

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The study is presenting the partial shading effects on Photovoltaic arrays. In recent study we are focusing on the photovoltaic array affecting our Solar out of all other atmospheric conditions. Different factors such as atmospheric conditions, configuration of PV cells, shades of nearby objects affects the parameters of Photovoltaic arrays. While harvesting maximum energy from photovoltaic panel it is greatly affected by the partial shading due to different manmade and natural structures. Many of the available models are studied to attain the objectives of maximum power point but two diode model is the most efficient in order to succeed in harvesting concentrated energy through photovoltaic panel. Software to compile the research study will be MATLAB which is very useful for learners and it is a hardest to achieve the MPPT in such conditions. Different studies performed for getting maximum power point but results are unsatisfactory. Many of the available models are studied to attain the goal of MPPT but double diode model is the most efficient because its make possible to get maximum power through PV panel.
机译:该研究呈现对光伏阵列的部分遮蔽效果。最近的一项研究,我们专注于影响所有其他大气条件的光伏阵列。不同的因素如大气条件,PV电池的配置,附近物体的阴影影响光伏阵列的参数。在从光伏面板收集最大能量的同时,由于不同的人造和自然结构,受部分遮阳的影响很大。研究了许多可用的模型以实现最大功率点的目标,但两个二极管模型是最有效的,以便成功通过光伏面板收获集中能量。编译研究的软件将是MATLAB,这对学习者来说非常有用,在这种情况下实现MPPT是最难的。对获得最大功率点进行的不同研究,但结果不令人满意。研究了许多可用的模型以获得MPPT的目标,但是双极二极管模型是最有效的,因为它可以通过光伏面板获得最大功率。

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