Simulation of Shunt Active Power Filter Basded on Adaptive Inverse Control

Longhai Fu, Hui Wang, Zuwei Huang
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Abstract

At present, with the widespread application of power technology in production and life, and the addition of more non-linear power electronic devices to the power grid, the impact of the power grid is getting more and more serious, resulting in greater power grid pollution, affecting the quality of electrical energy, and affecting normal production work. The active power filter can better compensate the non-linear load to generate harmonics and effectively reduce grid pollution. Therefore, based on adaptive inverse control, this paper studies parallel active power filters and constructs simulation experiments to analyze the compensation effect of active power filters under balanced and unbalanced loads, in order to provide an effective theoretical basis for solving grid pollution.
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基于自适应逆控制的并联有源电力滤波器仿真
目前,随着电力技术在生产生活中的广泛应用,以及电网中加入更多的非线性电力电子设备,对电网的影响越来越严重,造成更大的电网污染,影响电能质量,影响正常的生产工作。有源电力滤波器能较好地补偿非线性负荷产生的谐波,有效地减少电网污染。因此,本文基于自适应逆控制,对并联有源电力滤波器进行研究,构建仿真实验,分析平衡和不平衡负载下有源电力滤波器的补偿效果,为解决电网污染提供有效的理论依据。
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