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文章摘要
基于自适应滤波LMS算法的TCR动态无功补偿调压方案设计与仿真
The Regulation Scheme of TCR Dynamic Reactive Power Compensation based on Active Filtering LMS Algorithm
Received:September 30, 2014  Revised:September 30, 2014
DOI:
中文关键词: 电压调整  无功补偿  LMS算法  12脉波TCR
英文关键词: voltage regulation  reactive power compensation  LMS algorithm  12-pulse connection TCR
基金项目:国家自然科学基金(61304134);上海市重点科技攻关计划(11510500800);上海市电站自动化技术重点实验室(13DZ2273800).
Author NameAffiliationE-mail
WANG Helin 1. College of Automation Engineering,Shanghai University of Electric Power,Yangpu District whl7228@126.com 
CHENG Qiming* 1. College of Automation Engineering,Shanghai University of Electric Power,Yangpu District chengqiming@sina.com 
LI Ming 1. College of Automation Engineering,Shanghai University of Electric Power,Yangpu District  
CHEN Gen 1. College of Automation Engineering,Shanghai University of Electric Power,Yangpu District  
DENG Liang 1. College of Automation Engineering,Shanghai University of Electric Power,Yangpu District  
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中文摘要:
      为了满足保证系统电压稳定、降低高压电网网损的现实要求,本文系统分析了电压调整的基本原理,经比较后选取晶闸管控制电抗器(TCR)动态无功补偿调压方案。文中详细地阐述了无功补偿和电压调整过程,特别是引入了最小均方(LMS)自适应滤波算法对基本控制方法进行了改进,此改进方法可提高控制精度,加快收敛速度。本文还以500kV超高压300km长距离输电线路为例,在Matlab中搭建了12脉波接法的TCR调压模型,无功补偿以及调压的效果都验证了TCR作为调压措施的快速性和动态性。
英文摘要:
      In order to improve power quality, a scheme of compensating reactive power is proposed in this paper. Firstly, the basic principle of voltage regulation is introduced. After making comparison with several control methods, thyristor controlled reactor (TCR) compensator is selected due to its certain feasibility and stability. Besides, the improving control strategy is performed based on the least mean square (LMS) algorithm, which makes it vital in accelerating convergence rate and enhancing control accuracy. At last, a 500kV extra high voltage and 300km long -distance transmission line model is built with 12-pulse connection structure of TCR. The Matlab simulation results verify the theoretical analysis and provide with super advantages in accelerating dynamic response.
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