252kV GIS状态仿真及故障诊断平台的构建Construction of A Condition Simulation and Fault Diagnosis Platform of 252 kV GIS
詹江杨,孙翔,邵先军,刘浩军,王文浩
ZHAN Jiangyang,SUN Xiang,SHAO Xianjun,LIU Haojun,WANG Wenhao
摘要(Abstract):
针对GIS设备故障仿真试验系统的构建展开研究,设计开发了一套完整间隔的252 kV GIS设备故障仿真试验系统。该仿真试验系统具备金属尖端、悬浮电位、微粒等典型GIS局放缺陷的多源实物模拟功能,同时集成了特高频、超声、光学以及脉冲电流法等局放检测手段,可针对局放信号特性、传播特性开展全面综合的检测分析和诊断评估研究。
Through investigation on GIS fault simulation and test system, this paper designs and builds an integrated 252 kV GIS fault simulation and test platform. This platform has function of multi-source physical simulation including metal tip, suspension potential and dust. It also integrates partial detection methods such as UHF method, ultrasonic method, optical detection and pulse current method, and can conduct a thorough and comprehensive detection analysis as well as diagnosis and evaluation research on partial discharge signal characteristics and transmission characteristics.
关键词(KeyWords):
GIS;局部放电;实物仿真;多源局放;传播特性
GIS;PD;physical simulation;multi-source PD;transmission characteristic
基金项目(Foundation):
作者(Author):
詹江杨,孙翔,邵先军,刘浩军,王文浩
ZHAN Jiangyang,SUN Xiang,SHAO Xianjun,LIU Haojun,WANG Wenhao
DOI: 10.19585/j.zjdl.2016.10.004
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