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MPPT for a three-phase grid-connected PV system (Fuzzy Logic Controller vs. PI Controller)

机译:用于三相并网光伏系统的MPPT(模糊逻辑控制器与PI控制器)

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摘要

In this paper, a comparison between fuzzy logic controller (FLC) and conventional PI controller has been presented for interfacing PV array with utility grid through a three-phase line-commutated inverter. The main objective of the controller is providing maximum power for utility grid. The Simulink model of the studied schemes has been built using MATLAB/PSB for generating firing pulses of the thyristors in the inverter. According to simulations, FLC is dominating PI controller in many important aspects like, provided active power for grid, shape of output current of inverter, grid current and total harmonic distortion level (THD) of this current.
机译:本文提出了一种模糊逻辑控制器(FLC)与传统PI控制器之间的比较,该控制器用于通过三相线换向逆变器将光伏阵列与公用电网连接。控制器的主要目的是为公用电网提供最大功率。使用MATLAB / PSB建立了所研究方案的Simulink模型,用于在逆变器中生成晶闸管的触发脉冲。根据仿真,FLC在许多重要方面都主导着PI控制器,例如,为电网提供有功功率,逆变器输出电流的形状,电网电流以及该电流的总谐波失真水平(THD)。

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