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自适应光学电流互感器与保护一体化运行研究
引用本文:李岩松,刘君,杨以涵,于文斌,及洪泉,谢晓梅. 自适应光学电流互感器与保护一体化运行研究[J]. 中国电机工程学报, 2007, 27(22): 57-62
作者姓名:李岩松  刘君  杨以涵  于文斌  及洪泉  谢晓梅
作者单位:华北电力大学电气与电子工程学院,北京市,昌平区,102206
基金项目:国家自然科学基金;教育部高等学校博士学科点专项科研基金
摘    要:电磁式CT的磁饱和问题一直是影响继电保护正确动作的主要原因之一,只有应用新型的无磁饱和互感器以及相应的保护系统才能从根本上解决这些问题,为此,该文在完善了新型自适应光学电流互感器(AOCT)理论体系基础上,研制了实用化的AOCT,将AOCT与新型线路差动保护构成的一体化系统应用于河北省保定供电公司的一条35kV输电线路上运行。运行结果表明,AOCT具有优良的测量性能,能够为保护提供高保真的测量数据;整套一体化系统当发生多次区外故障时均可靠不动,在一次区内故障时正确动作,满足了现场实际运行的要求。

关 键 词:光学电流互感器  继电保护  Faraday效应
文章编号:0258-8013(2007)22-0057-06
收稿时间:2006-12-20
修稿时间:2007-02-05

Research on Whole Operating of Adaptive Optical Current Transducer and Protection
LI Yan-song,LIU Jun,YANG Yi-han,YU Wen-bin,JI Hong-quan,XIE Xiao-mei. Research on Whole Operating of Adaptive Optical Current Transducer and Protection[J]. Proceedings of the CSEE, 2007, 27(22): 57-62
Authors:LI Yan-song  LIU Jun  YANG Yi-han  YU Wen-bin  JI Hong-quan  XIE Xiao-mei
Affiliation:North China Electric Power University School of Electrical Engineering, Changping District, Beijing 102206, China
Abstract:Magnetism saturation of traditional current transformer is one of the main reason for relay wrong operation. It is applying new transducer with no saturation and its prtoection that can slove these problems thoroughly. The new practical adaptive optical current transducer (AOCT) is manufactured, on the basis of perfecting the theory system of AOCT, and the opterating system of AOCT and its transmission line differentional protection is applied in the 35kV transmission line in BaoDing city HeBei province. The operating results indicate that AOCT take on the excellent measurement performance and can provide the real measure-ment datum of current for its protection; when fault out of protecting area occuring the opterating system of AOCT and its protection do not act reliably, by contrast when fault in protecting area occuring do act reliably; therefore the system can meet the need of operation in the substation.
Keywords:optical current transducer  protection  Faraday effect
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