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磁控电抗器原理及其在SVC中的应用
引用本文:罗运成,毕平劲,邱长春,李小芬.磁控电抗器原理及其在SVC中的应用[J].舰船电子工程,2009,29(2):176-179.
作者姓名:罗运成  毕平劲  邱长春  李小芬
作者单位:湖北三环发展股份有限公司,武汉,430223
摘    要:新型磁控电抗器是一种交直流同时磁化的可控饱和度的铁芯电抗器,工作时,可以用极小的直流功率来控制线圈铁芯的饱和程度,从而控制其感抗值和注入电网的电抗电流大小,达到平滑调节电网无功功率的目的,近年来,MCR以其优良的综合性能在静态无功补偿装置中得到了广泛的应用。

关 键 词:磁控电抗器  SVC  无功补偿  谐波抑制

Research on MCR and Its Application in SVC
Luo Yuncheng,Bi Pingjin,Qiu Changchun,Li Xiaofen.Research on MCR and Its Application in SVC[J].Ship Electronic Engineering,2009,29(2):176-179.
Authors:Luo Yuncheng  Bi Pingjin  Qiu Changchun  Li Xiaofen
Institution:Hubei Sanhuan Development Corporation LTD.;Wuhan 430223
Abstract:Magnetically Controlled Reactor(MCR) is a new type of saturable-core reactor.Its core field can be magnetized by ac and dc current simultaneously.The core saturation can be controlled by the minimum dc power.Therefore,the reactive power of the system can be smoothly regulated by changing its inductance and injecting reactive current.Due to the agglomeration of its advantages,MCR is widely used in the Static Var Compensator(SVC) system in recent years.
Keywords:magnetically controlled reactor  static var compensator  reactive power compensation  harmonic mitigation  
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