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Application of Various Classical and Intelligent MPPT Tracking Techniques for the Production of Energy through a Photovoltaic System

机译:多种经典和智能MPPT跟踪技术在光伏系统发电中的应用

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This work is an attempt to study and discuss six types of MPPT techniques. Techniques allowing to extract the maximum power from the PV source is the aim task of the maximum power point tracking algorithms called MPPT. In this paper most popular MPPT commands are studied and reviewed: Perturb and observe, Increment of the conductance, Open Circuit Voltage(OCV), Short Circuit Current (SCC), control based on fuzzy logic ‘LF’ and Artificial Neural Network ANN. Matlab Simulink environment is used to model the MPPT system, to analyze and interpret their simulation results, and therefore show their good behavior.
机译:这项工作是尝试研究和讨论六种MPPT技术的尝试。允许从PV源提取最大功率的技术是称为MPPT的最大功率点跟踪算法的目标任务。在本文中,对最流行的MPPT命令进行了研究和审查:扰动和观察,电导的增加,开路电压(OCV),短路电流(SCC),基于模糊逻辑“ LF”和人工神经网络ANN的控制。 Matlab Simulink环境用于对MPPT系统进行建模,分析和解释其仿真结果,从而显示其良好的性能。

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