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Photovoltaic System Based Series Active Power Filter to Enhance Power Quality through Electrical Network

机译:基于光伏系统的串联有源电力滤波器,通过电网提高电能质量

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摘要

This paper presents a study of proposed approach founded on series active power filter based on photovoltaic array (PV-SAPF) which is controlled by classical PI using pulse width modulation inverter (PWM). The proposed system is connected to grid system to feed linear and nonlinear loads to handle deep sags, swells voltage, voltage distortion and power factor crushing caused by any electrical perturbation. In the other hand, the excess of the energy is injected into the mains when the network is not affected and after compensation. To prove the effectiveness of the planned system, the PV-SAPF is carried out using MATLAB / Simulink environment. The results Simulations results proved the ability and the efficiency of the proposed system in mitigation the harmonic voltage distortion, correction the voltage sag and swell, power factor improvment and power quality enhancement.
机译:本文提出了一种基于光伏阵列(PV-SAPF)的串联有源电力滤波器的建议方法的研究,该滤波器由经典PI使用脉宽调制逆变器(PWM)控制。拟议的系统连接到电网系统,以馈入线性和非线性负载,以处理由任何电扰动引起的深陷,骤升电压,电压畸变和功率因数破碎。另一方面,当网络不受影响时以及在补偿之后,多余的能量会注入市电。为了证明计划系统的有效性,使用MATLAB / Simulink环境进行了PV-SAPF。结果仿真结果证明了该系统在减轻谐波电压畸变,校正电压骤降和骤升,改善功率因数和提高电能质量方面的能力和效率。

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