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文章摘要
基于SVS与STATCOM协同无功补偿系统提高风电场暂态特性研究
Improving Wind farm grid transient stability researching based on Coordinated compensator of SVS and STATCOM
Received:February 26, 2014  Revised:February 26, 2014
DOI:
中文关键词: 风电场,SVS,STATCOM,协同作用,暂态特性
英文关键词: wind farm  SVS  STATCOM  synergism  ransient characteristics
基金项目:教育部创新团队项目(IRT1285);国家自然科学基金(51267017);自治区重大攻关项目(201230115-3)时光(1988—),男,硕士研究生,研究方向为风电并网及稳定性分析。Email:powerfactory@126.com 因此,考虑它们之间的协同作用是十分有必要的,国内外学者提出利用SVC[4]和STATCOM[5-6]进行无功补偿、TSC与STATCOM的混合系统进行补偿[7]。其中SVC虽然其能连续调节、补偿容量大很适合大规模风电场但是低压环境下其补偿能力大幅度下降。STATCOM低压情况下,响应速度快但是补偿容量比较小[8]。TSC与STATCOM混合补偿系统然具有STATCOM和TSC梯度调节的特性但是其连续调节能力差。
Author NameAffiliationE-mail
SHI Guang* College of Electrical Engineering Xinjiang University powerfactory@126.com 
WANG Hai Yun Engineering Research Center For Renewable Energy Power Generation & Grid Technology approved by Education Ministry  
TANG Xin An Goldwind Science & Technology Co.,Ltd.  
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中文摘要:
      风电大规模并网的新形势下,单一的无功补偿装置已经很难满足需求。基于STATCOM反应速度快、有效抑制谐波和SVS补偿无功功率容量大的特点,该文提出SVS与STATCOM协同无功补偿系统。最后在DIgSILENT¥PowerFactory15.0搭建风电场并网系统,当并网点发生三相短路时,分别在STATCOM单独作用和SVS与STATCOM协同作用下进行仿真,根据仿真结果得出STATCOM与SVS协同系统能够有效提高风电场暂态稳定性。
英文摘要:
      As large-scale grid-connected wind power,a single type compensator could not meet the demand.Based on STATCOM reaction speed , suppress harmonics and large capacity reactive power can be compensated by SVC.In this study,a method coordinated compensator of SVS and STATCOM is used.The Wind power grid connected system is simulated respectively at the instance of STATCOM alone and coordinated compensator of SVS and STATCOM by DigsiLent/Powerfactory15.0.Simulations results clearly verify that the compensator of SVS and STATCOM improving Wind farm grid transient stability and performance of the wind farm.
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