首页> 外文会议>Proceedings of the Joint International Conference on Electric Vehicular Technology and Industrial, Mechanical, Electrical and Chemical Engineering >Design, implementation, and testing of partial discharge signal pattern recognition and judgment system application using statistical method
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Design, implementation, and testing of partial discharge signal pattern recognition and judgment system application using statistical method

机译:统计方法在局部放电信号模式识别和判断系统中的设计,实现和测试

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摘要

Partial discharge is a problem that often affects high-voltage equipments. Early diagnosis system for partial discharge can minimize the risk that caused by partial discharge. One of the steps of partial discharge diagnosis is partial discharge signal pattern recognition and judgement system that play a role in determining the type and level of partial discharge, and one of the methods that can be used in this step is statistical method. In order to make data processing easier, partial discharge pattern recognition and signal judgement system with statistical methods can be done with the help of applications created using MATLAB software. The objective of this research is designing, implementating, and testing the application of partial discharge signal pattern recognition and judgment system, so the application can determine type and level of partial discharge. Application is created by using MATLAB software, and to determine level and type of partial discharge, this application can make and gather database, measure partial discharge and statistical parameter, and compare it with database using Kolmogorov-Smirnov test. This application consist of two main part: database making and partial discharge diagnosis. The result of this research is application can determine level and type of partial discharge with 83% accuracy.
机译:部分放电是一个经常影响高压设备的问题。局部放电的早期诊断系统可以将局部放电引起的风险降到最低。局部放电诊断的步骤之一是在确定局部放电的类型和水平方面起作用的局部放电信号模式识别和判断系统,并且在该步骤中可以使用的方法之一是统计方法。为了简化数据处理,可以使用MATLAB软件创建的应用程序来完成带有统计方法的局部放电模式识别和信号判断系统。本研究的目的是设计,实现和测试局部放电信号模式识别和判断系统的应用,以便该应用程序可以确定局部放电的类型和水平。应用程序是使用MATLAB软件创建的,可以确定局部放电的水平和类型,该应用程序可以建立和收集数据库,测量局部放电和统计参数,并使用Kolmogorov-Smirnov检验与数据库进行比较。该应用程序包括两个主要部分:数据库制作和局部放电诊断。这项研究的结果是,应用程序可以以83%的精度确定局部放电的水平和类型。

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