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文章摘要
统一潮流控制器(UPFC)对次同步振荡的影响及抑制策略
Impact of Unified Power Flow Controller(UPFC) on Subsynchronous Oscillation and Suppression Method
Received:January 11, 2016  Revised:April 01, 2016
DOI:
中文关键词: 统一潮流控制器  次同步振荡  测试信号法  附加阻尼控制  
英文关键词: UPFC, SSO, test  signal method, additional  damping control
基金项目:
Author NameAffiliationE-mail
WANG Haiqian State Grid Jiangsu Economic Research Institute 15951900696@139.com 
YANG Lin Jiangsu Electric Power Company 13851760144@139.com 
DOU Fei Jiangsu Electric Power Company 13912989994@139.com 
SUN Wentao State Grid Jiangsu Economic Research Institute wtsun@whu.edu.cn 
LU Jun* School of Electrical Engineering,Southeast University,Nan Jing 371481619@qq.com 
GAO Shan School of Electrical Engineering,Southeast University,Nan Jing shangao@seu.edu.cn 
ZHAO Xin School of Electrical Engineering,Southeast University,Nan Jing xinzhao@seu.edu.cn 
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中文摘要:
      FACTS等快速控制装置在一定条件下可能激发电力系统的次同步振荡问题,导致发电机轴系失稳,造成重大事故,危害电力系统的安全稳定运行。UPFC作为一种新型FACTS元件,虽然能实现母线电压控制和线路有功、无功功率的调节,但对次同步振荡影响的研究较少。同时,目前的UPFC阻尼控制器多针对低频振荡模态。故本文在搭建UPFC模型的基础上,运用测试信号法,研究了系统运行参数和UPFC电压有功控制等对次同步振荡的影响,并设计了相应的UPFC附加阻尼控制器。在IEEE第二标准测试系统上的计算机仿真说明,该控制器能有效提高多个扭振模态的电气阻尼,抑制系统的次同步振荡。
英文摘要:
      Under certain conditions, the FACTS and other fast control devices may stimulate subsynchronous oscillation problems of the power system, leading to the instability of the generator shaft, causing major accidents that endanger the safe and stable operation of the power system. As a new type of FACTS, UPFC can realize the control of bus voltage and the regulation of active power and reactive power. But the research on the effect of the subsynchronous oscillation is less. At the same time, current UPFC damping controller is more aimed at low frequency oscillation mode. So the UPFC model was established, and test signal method was used to study the effects of UPFC control parameters on subsynchronous oscillation. Finally a UPFC damping controller was designed. Computer simulations on the IEEE second standard test system shows that the controller can effectively improve the electrical damping of the multi-torsional-modes and depress the subsynchronous oscillation.
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