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MATLAB-Based Simulation to analyze the aftermath of Partial Shading on Solar Cell

机译:基于MATLAB的仿真分析太阳能电池部分遮蔽的后果

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Photovoltaic system performance is considerably influenced by solar radiation, shading, temperature, etc. Shading can be occurred by clouds, nearby buildings, trees. Under shading condition, the output plot of the P-V system gets affected. Therefore, it is of great importance to predict the output plot of the P-V system. This paper describes the output characteristicsof theP-V system under different shading conditions by the use of MATLAB simulation. This paper is also useful in studying shading effect on a P-V panel having a different connection. The different configuration in P-V panel greatly effects maximum power under non-uniform irradiance due to the partially shaded condition. This proposed Simulink model can be used to simulate the behaviour of a various range of photovoltaic system from one P-V module to multidimensional P-V structure.
机译:光伏系统性能受到太阳辐射,遮阳,温度等显着影响。阴影可以发生云,附近的建筑物,树木。在阴影条件下,P-V系统的输出图会受到影响。因此,预测P-V系统的输出图是非常重要的。本文通过使用MATLAB仿真描述了不同阴影条件下的P-V系统的输出特性。本文还可用于研究具有不同连接的P-V面板的阴影效果。由于部分阴影状态,P-V面板中的不同配置大大效果在非均匀辐照度下的最大功率。该提出的Simulink模型可用于模拟各种光伏系统的行为从一个P-V模块到多维P-V结构。

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