摘要
国内首台国产110 kV并联磁控电抗器已经在湖南怀化220 kV田家变投入运行,笔者介绍了该磁控电抗器监控系统的研制。首先介绍了磁控电抗器监控系统基本结构,简要介绍了IEC 60870-5-103通信规约(103规约)以及与监控系统联机通信的许继变电站综合自动化CBZ-8000系统,然后给出了磁控电抗器的控制策略,并根据其工作特性及其控制装置的配置特点,给出了103规约在该监控系统中的具体实现方法。实践证明,通过该监控系统,新型磁控电抗器能够实现良好的动态无功补偿功能。
The first homemade 110 kV shunt magnetically controlled reactor（MCR）,has been put to use successfully in Tianjia 220 kV substation of Huaihua,Huu＇nan province.This article introduces the supervisory control system of the magnetically controlled reactor.First,introduces the structure of supervisory control system,then briefly introduces IEC 60870-5-103 protocol as well as Xuji substation automation system（SAS） CBZ-8000.According to the working principle of MCR and the parameters of the controller,proposes the implementation method of the 103 protocol.It is proved that the supervisory control system achieve good dynamic reactive power compensation.
出处
《高压电器》
CAS
CSCD
北大核心
2010年第6期69-73,共5页
High Voltage Apparatus
关键词
监控系统
IEC
60870-5-103
通信规约
微机保护
磁控电抗器
supervisory control system
IEC 60870-5-103
communication protocols
computer protection
magnetically controlled Reactor
