Voltage harmonic reduction using passive filter shunt passive-active filters for non-linear load

Rajeshwari, A. Bagwari
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引用次数: 35

Abstract

We know that the rise of harmonics is a major problem now days in non-linear loads. The universal use of non-linear loads like in power electronics equipment which amplified the harmonic-related difficulties in service and trade power systems this make an essential requirement of filter. The nonlinear loads be compensated & sometime we can identified but sometimes they include their own non characteristic harmonic portion & not ideal as it is actual in input & voltage sag occur so many times in a day. As increasing the harmonic magnitude component contribution of key problem also rises in industrial sector, so this is a very complex in power system, to overcome we using different methods to reduce this major problem. This paper is presents a proposed model of passive Alter & combination of shunt active & passive filter to reducing harmonic limits in single-phase system as tracked by IEEE std. 519-1992.
采用无源滤波器并联无源滤波器对非线性负载进行电压谐波抑制
我们知道谐波的上升是现在非线性负载的一个主要问题。电力电子设备等非线性负载的普遍使用,放大了服务和贸易电力系统中与谐波相关的困难,这对滤波器提出了基本要求。非线性负载被补偿,有时我们可以识别,但有时它们包含自己的非特征谐波部分,并且不理想,因为它在输入中是实际的,电压凹陷在一天中会发生很多次。随着谐波幅值的增加,各分量贡献的关键问题在工业部门也随之上升,因此这是电力系统中一个非常复杂的问题,为了克服这一问题我们采用了不同的方法来降低这一重大问题。根据IEEE标准519-1992,提出了一种降低单相系统谐波限值的无源变换和并联有源无源滤波器组合模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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