宁夏电力
寧夏電力
저하전력
NINGXIA ELECTRIC POWER
2013年
3期
1-4,9
,共5页
高峰%黄永宁%樊益平%艾绍贵%张军
高峰%黃永寧%樊益平%艾紹貴%張軍
고봉%황영저%번익평%애소귀%장군
开关型%零损耗%高压电网%故障限流
開關型%零損耗%高壓電網%故障限流
개관형%령손모%고압전망%고장한류
switch-type%no-loss%high voltage power network%fault current limit
针对日趋严重的电网短路电流超标问题,采用基于爆炸式快速开断载流桥体的大容量高速开关装置(Fast Switching Release,FSR)与限流电抗器一体技术研制了“节能型限流装置”,并在宁夏220 kV步桥变电站成功运行;基于高速大遮断容量真空断路器技术、短路电流快速识别技术、相控技术与限流电抗器相结合研制了“330 kV开关型零损耗电网限流装置”,并在宁夏330 kV迎安I线成功进行2次短路试验。现场运行及试验结果表明:2种开关型高压电网故障限流装置从根本上解决了电网故障限流技术实用化中面临的安全性、可靠性以及经济性等关键问题,标志着电网故障限流技术取得了一个突破性的进展。
針對日趨嚴重的電網短路電流超標問題,採用基于爆炸式快速開斷載流橋體的大容量高速開關裝置(Fast Switching Release,FSR)與限流電抗器一體技術研製瞭“節能型限流裝置”,併在寧夏220 kV步橋變電站成功運行;基于高速大遮斷容量真空斷路器技術、短路電流快速識彆技術、相控技術與限流電抗器相結閤研製瞭“330 kV開關型零損耗電網限流裝置”,併在寧夏330 kV迎安I線成功進行2次短路試驗。現場運行及試驗結果錶明:2種開關型高壓電網故障限流裝置從根本上解決瞭電網故障限流技術實用化中麵臨的安全性、可靠性以及經濟性等關鍵問題,標誌著電網故障限流技術取得瞭一箇突破性的進展。
침대일추엄중적전망단로전류초표문제,채용기우폭작식쾌속개단재류교체적대용량고속개관장치(Fast Switching Release,FSR)여한류전항기일체기술연제료“절능형한류장치”,병재저하220 kV보교변전참성공운행;기우고속대차단용량진공단로기기술、단로전류쾌속식별기술、상공기술여한류전항기상결합연제료“330 kV개관형령손모전망한류장치”,병재저하330 kV영안I선성공진행2차단로시험。현장운행급시험결과표명:2충개관형고압전망고장한류장치종근본상해결료전망고장한류기술실용화중면림적안전성、가고성이급경제성등관건문제,표지착전망고장한류기술취득료일개돌파성적진전。
Aiming at the serious problem of power network short circuit current overproof fault in-creasingly, the energy-saving fault current limiter based on large capacity fast switching release (FSR) with explosive fast breaking carrier bridge integrated by fault limiting reactor was developed and ap-plied in 220 kV Ningxia Buqiao transformer substation, furthermore, the 330 kV switch-type no-loss fault current limiter based on high-speed large-capacity vacuum breaker technology and short-cir-cuit current fast recognition technology and split-phase control technology was developed and carried out 2 field experiments in 330 kV Ningxia Yingan line I successfully. Field operation and experiments show that The 2 switch-type high-voltage fault current limiters solves the key problems of the safety, reliability and economy in the power network fault current limiter practicality fundamentally, which mark a breakthrough on fault current limiter technology.