基于根和平方根的电能质量扰动分类

Hong-Rok Lim, Sang-Bong Lee, Jin-O Kim
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引用次数: 0

摘要

电能质量扰动获得的电压和电流数据用于保护与电力系统相连的负载。在基于数据的故障模式分析中,电能质量扰动的准确检测和分类对于解决扰动发生的根本问题至关重要。一般的扰动波形有8种,本文对其进行了数学建模。对这些波形采用了4种预处理方法,比较了它们的性能。为了提高预处理的效率,提出了根和平方根(RSS)技术。提取的特征数据利用分布的离散性和内聚性确定分类程度。提出了适用于电能质量扰动检测和分类的预处理技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power Quality Disturbance Classification Based on Using Root Sum Square
Voltage and current data obtained by power quality disturbances are used to protect the loads connected to the power system. In analyzing failure patterns based on the data, the accurate detection and classification of the power quality disturbance is important to solve the fundamental problem of disturbance occurrence. There are 8 types of general disturbance waveforms, which are modeled mathematically in the paper. 4 types preprocessing methods are applied to these waveforms to compare their performance. At this time, Root Sum Square (RSS) technology is proposed to increase the efficiency of preprocessing. The extracted feature data is used to determine the degree of classification using the dispersion and cohesion of distribution. The preprocessing technique that are suitable for the detection and classification of power quality disturbance are proposed.
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