Field measurements, modeling, and analysis of power system harmonics caused by industrial customers

Jesus Jativa-Ibarra, Gabriela Navarro-Mendez, F. Quilumba, Weijen Lee
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引用次数: 1

Abstract

Due to problems caused by non-linear loads in a power system, a harmonic technical analysis on the hydroelectric generating units Illuchi 1 and 2 of the Electric Utility Company of Cotopaxi Province ELEPCO S.A., Ecuador, is performed in this project by means of industrial analyzers as well as software simulation. The analysis starts from harmonic distortion measurements on the generating plants and El Calvario substation. Then, simulations are performed including non-linear loads characterized as current sources in the east zone of the studied system by using a harmonic power flow to determine the industrial load causing the current fluctuations. The maximum values of THD are in the order of 5.4% and 3% in Illuchi 1 and 2, respectively, that are above the recommended values of IEEE Std. 519-1992. Based on these results and determined the cause, filters for 5th and 7th harmonic according to the IEEE Std. 1531-2003 are designed.
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现场测量,建模和分析电力系统谐波引起的工业客户
针对电力系统中非线性负荷引起的问题,本项目采用工业分析仪和软件仿真相结合的方法,对厄瓜多尔科托帕西省电力公司ELEPCO s.a.的Illuchi 1和2号水力发电机组进行了谐波技术分析。本文从发电厂和El Calvario变电站的谐波畸变测量入手进行分析。在此基础上,利用谐波潮流对系统东段以电流源为特征的非线性负荷进行了仿真,确定了引起电流波动的工业负荷。图1和图2中THD的最大值分别为5.4%和3%,均高于IEEE Std. 519-1992的推荐值。在此基础上,根据IEEE标准1531-2003设计了5次谐波和7次谐波滤波器。
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