变电站TCR型SVC冷却系统改进方案
Improvement Strategy for TCR-Type SVC Cooling System in Substation
邓启亮1
作者信息
摘要
基于TCR型SVC静态无功补偿器冷却系统的构成、工作原理和工作环境,分析了TCR型SVC现场运行中冷却系统存在的问题和带来的严重影响.结合控制理论,提出了双水冷系统结合风冷系统的冷却方法,旨在减少现场运行中由于冷却系统保护误动作而造成TCR型SVC静态无功补偿器误跳闸的问题.
Abstract
Based on the structure,working principle and working environment of the TCR-type SVC cooling system,this paper analyzes its existing problems and serious impacts.In combination with control theory,a dual water cooling system with wind cooling is proposed,with a view to solving the on-site false TCR-type SVC tripping problem caused by the protection malfunction in the cooling system.
关键词
TCR型SVC/冷却系统/误跳闸/双水冷却系统Key words
TCR-type SVC/cooling system/false tripping/dule water cooling system引用本文复制引用
出版年
2014
NETL
NSTL
维普
万方数据