The case study of Automatic Power Factor Controller on distorted system with overview of harmonics reduction technique

A. R. Shete, S. Gavade
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引用次数: 2

Abstract

The rational use of electrical energy calls for use energy with less loss. That means controlling all factors in electrical networks that source losses. One of these is lagging reactive power. As we know the most of industrial load is inductive as well as nonlinear which causes the production of low power factor and harmonics respectively. Static capacitor is used to improve the power factor and reactor is for harmonics reducer. So there is need to get above equipment together to improve system. The working of such equipment is totally automatic because if capacitor or reactor are switched on continuously then the life as well as efficiency is reduces. So it is very needful for industry to maintain their power factor as well minimizing the harmonics.
以畸变系统的自动功率因数控制器为例,综述了谐波降频技术
合理利用电能,要求使用损耗少的电能。这意味着控制电网中造成损耗的所有因素。其中之一是滞后无功功率。众所周知,大多数工业负载是电感负载和非线性负载,它们分别产生低功率因数和谐波。静电电容器用于提高功率因数,电抗器用于减少谐波。因此,有必要将上述设备整合在一起,对系统进行改进。这种设备的工作是完全自动的,因为如果电容器或电抗器连续接通,那么寿命和效率就会降低。因此,在保证功率因数的同时,尽量减少谐波的产生是工业生产中非常必要的。
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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