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ID:33321431
大小:9.64 MB
页数:64页
时间:2019-02-24
《基于数据挖掘的变压器故障诊断系统的构建》由会员上传分享,免费在线阅读,更多相关内容在教育资源-天天文库。
1、华北电力大学硕士学位论文5.3.2实际数据应用分析..........................................................·.....························……455.4小结..........……,.....................................................................................................……45第六章变压器故障诊断系统开发...........
2、...........................................................……476.1系统总体结构......................................................................................................·……476.1.1系统的总体结构............................................................·......·······
3、···················……476.1.2系统诊断流程.................................................................................................……496,1.3系统其余部分设计,.…,.,…,......……,....……,,.......……,..··.·.···,···,··,·················……506.2功能实现..............……,...……,.............
4、..................................................................……506.3小结...........................................................................……、....................................……55第七章结论与展望.............................................................···
5、....························……567.1结论......................................................................................................................……567.2展望.....................................................................................................
6、.................……56参考文献.........................................................................................................……58致谢.............................................................……,...........................................……60附录......……,.......
7、..............……,......................................................................……61在学期间发表的学术论文.....................................................................................……63户华北电力大学硕士学位论文竿_音日】省石月〕‘4二J.杯刁研究背景及其意义电力变压器是电力系统中重要的输变电设备,其运行状态对电网运行的安全、稳定起
8、着关键的作用。由于变压器内部结构复杂,而且长期运行,很容易造成绝缘老化、材质劣化,以及外部的破坏和影响等因素,故障和事故是难以避免的。特别是近十年以来,超高压和特高压输变电技术的迅速发展,电网容量增大,覆盖面广,发生事故的后果越来越严重。同时,客观上存在现场检修及监测技术水平不够,延误变压
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