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提出一种用于调度员培训仿真器(DTS)动态过程仿真的、广度优先的快速拓扑搜索以及跟踪、修正算法。该方法不受接线方式和初始条件的限制,具有稳定的分析效率,适应电力网络的频繁局部变化,在保护原有节点排序可用性的基础上,省去了重新形成网络拓扑关系、因子表的过程。在华东电力系统DTS上的应用表明:该方法能满足动态仿真的实时性要求。
A breadth-first fast topology search and tracking and correction algorithm for the simulation of dispatcher training simulator (DTS) dynamic process is proposed. This method is not limited by the connection method and initial condition, has stable analysis efficiency, adapts to the frequent local changes of power network, and eliminates the process of re-forming network topological relations and factor tables while preserving the prioritization availability of original nodes . The application of East China Electric Power System DTS shows that this method can meet the real-time requirements of dynamic simulation.