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特高压交流试验示范工程中的稳态过电压控制策略
引用本文:周泽昕,杨国生,李岩军,刘洪涛,刘宇,叶俭.特高压交流试验示范工程中的稳态过电压控制策略[J].电网技术,2009(16).
作者姓名:周泽昕  杨国生  李岩军  刘洪涛  刘宇  叶俭
作者单位:中国电力科学研究院;国家电网公司特高压建设部;国家电力调度通信中心;
摘    要:特高压交流试验示范工程中开关偷跳或特高压解列装置动作引起特高压线路开关三相跳闸时,特高压线路将空载运行,线路两侧系统电压大幅上升,不利于设备安全及系统稳定运行。文章在分析了稳态过电压产生的原因后提出了稳态过电压的控制策略,即由单独装设的稳态过电压装置自动处理,运用在特高压交流试验示范工程中,实现了保护一次设备及保证系统安全稳定运行的目的。

关 键 词:特高压  稳态过电压  解列  

Steady-State Overvoltage Control Strategy for 1000 kV AC Pilot Project
ZHOU Ze-xin,YANG Guo-sheng,LI Yan-jun,LIU Hong-tao,LIU Yu,YE Jian.Steady-State Overvoltage Control Strategy for 1000 kV AC Pilot Project[J].Power System Technology,2009(16).
Authors:ZHOU Ze-xin  YANG Guo-sheng  LI Yan-jun  LIU Hong-tao  LIU Yu  YE Jian
Affiliation:1.China Electric Power Research Institute;Haidian District;Beijing 100192;China;2.UHV Department of SGCC;Xicheng District;Beijing 100031;3.China National Power Dispatching & Communication Centre;China
Abstract:When trip-out of three-phase transmission line occurs in 1000 kV pilot demonstration project due to circuit breaker tripped without operation of protection or the action of UHVAC sectionalizing device,the 1000kV transmission line will be in the state of no-load operation.On this occasion,system voltage at both sides of the transmission line will be considerably arisen and it goes against equipment safety and stable operation of power system.After analyzing the cause of steady-state overvoltage,a control str...
Keywords:ultra high voltage  steady-state overvoltage  sectionalization  
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