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文章摘要
多支路开断潮流自转移和互转移识别算法研究
Research on Self and Mutual Transferring Identification Algorithm for Multi-branch Removal Power Flow
Received:November 09, 2017  Revised:November 09, 2017
DOI:
中文关键词: 多支路开断  潮流自转移和互转移  改进Floyd算法  广义潮流转移严重区  关键支路集
英文关键词: multi-branch removal  self and mutual transferring of power flow  improved Floyd algorithm  generalized power flow transferring critical area  key branch set
基金项目:
Author NameAffiliationE-mail
Nie Hong-zhan Northeast Electric Power University 512410505@qq.com 
wangyu* Northeast Electric Power University 1577215462@qq.com 
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中文摘要:
      针对多支路开断的潮流转移问题,给了一种分析潮流自转移和互转移的多支路开断识别新算法。当电力系统发生多支路同时开断时,分析潮流转移的折返过程,利用改进Floyd算法通过路径搜索确定潮流转移线路集合。利用直流潮流方法推导了多支路开断的支路开断分布因子,计算潮流转移危险指数识别出存在过载风险的支路构成关键支路集。本文在最短路径搜索、广义潮流转移严重区的确定方面作了重要改进,适应于多支路开断潮流转移的有效识别。IEEE39节点算例验证了该算法对多支路开断潮流转移识别的有效性。
英文摘要:
      A new identification algorithm of power flow transferring for multi-branch removal event based on analysis of self and mutual transferring of power flow is proposed in this paper.When excision of many lines happens,refraction and reflection process of flow transferring is analyzed. The improved Floyd algorithm is used to determine the power flow routing set by path search. Based on the DC power flow method,the calculation of line tripping distribution factors is deduced,and the key branch set is formed by calculating the danger index of power flow transferring.Considerable improvements of the shortest path search and determination of generalized power flow transferring critical area are put forward,which are suitable for the effective identification of multi-branch removal.The simulation results of IEEE39 node system verified the effectiveness of the proposed algorithm.
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