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一种支撑电网故障感知与分析的全景录波平台
引用本文:郄朝辉,崔晓丹,李威,刘福锁.一种支撑电网故障感知与分析的全景录波平台[J].中国电力,2018,51(12):88-94.
作者姓名:郄朝辉  崔晓丹  李威  刘福锁
作者单位:南瑞集团(国网电力科学研究院)有限公司, 江苏 南京 211106
基金项目:国家电网有限公司科技项目(系统保护控制系统级实验验证基础能力建设相关技术研究,SGSDDK00KJJS1700315)。
摘    要:为提高电网全景状态感知能力、提升故障分析水平,提出了一种支撑电网故障感知与分析的全景录波平台。该平台根据特高压交直流电网快速发展下电网故障形态的变化,提出了电网故障分析对故障数据的要求。首先分析了目前电网中存在的故障数据和数据特点,在当前的事故分析中存在若干不足。全景录波平台根据电网故障分析要求,规范电网故障数据采集和布点,提出全景录波平台体系架构和通信要求,并整合现有录波资源,增加录波协控机制,实现电网故障情况下的录波跟随,保证数据采集完备性,并实现全网故障数据整合。

关 键 词:电网故障  全景录波  故障感知  故障分析  录波协控  录波平台  
收稿时间:2018-01-18
修稿时间:2018-06-22

Research on A Fault Sensing and Analysis Supporting Platform for Power Grid
QIE Zhaohui,CUI Xiaodan,LI Wei,LIU Fusuo.Research on A Fault Sensing and Analysis Supporting Platform for Power Grid[J].Electric Power,2018,51(12):88-94.
Authors:QIE Zhaohui  CUI Xiaodan  LI Wei  LIU Fusuo
Affiliation:NARI Group Corporation/State Grid Electric Power Research Institute, Nanjing 211106, China
Abstract:In order to improve the sensing and fault analysis ability of the power grid, a novel panoramic recording platform is developed in this paper. The data requirement for fault analysis is proposed according to the reformation of fault forms under the rapid development of UHV AC and DC power grid. The requirements for panoramic recording platform architecture and communication are also presented. Simulation results show the developed novel recording platform have good data recording performance and can guarantee the complete collection of fault data, which could realize the whole grid fault data integration.
Keywords:grid failure  panoramic recording  fault sensing  fault analysis  coordination control mechanism  recording platform  
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