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《Electric Power Automation Equipment》 2007-01
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Simple loop topology analysis based on adaptive Petri net for directional protections in multi-loop electric power network

CAI Guo-wei,WANG Jian-yuan,PAN Chao,DU Yi(School of Electrical Engineering,Northeast China Dianli University,Jilin 132012,China)  
In order to decrease the complexity of directional simple loop formation in setting calculation of directional protections in multi-loop electric power network,the double loop branches are disposed first to make the calculation scale smaller.Then the whole power network topology is ratiocinated with adaptive Petri net and divided into several analyzing parts according to the dynamic properties of real-time analysis.Discrete events during the dynamic process of node-linkage change induced by a protective switch state change are described.The directional simple loop matrix is achieved by simplifying the association information between nodes and branches.A simulative calculation with the actual data of a real power network is carried out with Petri model built and the topological mechanism analyzed.The result is coincident with the traditional algorithm,which verifies its effectiveness.The proposed method is accurate,simple and easy to be realized.
【CateGory Index】: TM771
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