藏中电网SVC配置方案及补偿策略分析
장중전망SVC배치방안급보상책략분석
Configuration Scheme of Static var Compensator for Central Tibet Power Grid and Analysis on Compensation Strategy
  • 万方数据
    电网技术 전망기술
    POWER SYSTEM TECHNOLOGY
    2013年 8期 2136-2142 ,共7页

    徐式蕴%刘津%赵兵%孙华东%杨钊%易俊%卜广全%于洋%陈占明

    서식온%류진%조병%손화동%양쇠%역준%복엄전%우양%진점명

    藏中电网%电压稳定%直流输电能力%静止无功补偿器(SVC) 藏中電網%電壓穩定%直流輸電能力%靜止無功補償器(SVC)
    장중전망%전압은정%직류수전능력%정지무공보상기(SVC)
    Central Tibet power grid%voltage stability%DC transmission capability%static var compensator (SVC)
    　　通过建立包含青藏直流系统的2012年藏中电网模型，对SVC投运后藏中电网的运行特性进行研究；提出优化藏中电网SVC动态无功补偿配置措施以改善藏中电网电压稳定性，进而提高藏中电网直流受电能力；并通过仿真验证所提措施的有效性。
    　　통과건립포함청장직류계통적2012년장중전망모형，대SVC투운후장중전망적운행특성진행연구；제출우화장중전망SVC동태무공보상배치조시이개선장중전망전압은정성，진이제고장중전망직류수전능력；병통과방진험증소제조시적유효성。
    By means of establishing Central Tibet power grid model containing HVDC power transmission system from Qinghai to Tibet in 2012, the operational characteristics of Central Tibet power grid after putting static var compensator (SVC) into operation is researched. It is proposed to optimize the SVC configuration to enhance the voltage stability of Central Tibet power grid and corresponding configuration scheme of SVC for Central Tibet power grid is given, thus the power receiving capability of Central Tibet power grid via HVDC power transmission can be further improved. The validity of the proposed configuration scheme is verified by simulation.
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