电能质量扰动检测与分类识别方法研究

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1、目录摘要...........................................................................................................................I目录........................................................................................................................IV图清单.........

2、............................................................................................................VIII表清单..........................................................................................................................X变量注释表.....................

3、...........................................................................................XI1绪论...........................................................................................................................11.1电能质量研究的背景和意义.............................

4、....................................................11.2电能质量扰动分类及标准概述.............................................................................21.3电能质量分析方法研究现状.................................................................................41.4本文主要研究内容.........

5、........................................................................................92EEMD理论及其在电能质量扰动检测中的应用.................................................102.1前言.................................................................................................

6、......................102.2经验模态分解原理...............................................................................................102.3总体经验模态分解原理.......................................................................................132.4基于EEMD的电能质量扰动信号去噪..........

7、...................................................142.5EEMD在电能质量扰动检测中的应用...............................................................202.6本章小结...............................................................................................................263应用小波变

8、换和S变换提取电能质量扰动特征量.............................................283.1前言....................................................................................