提出一种高容错性的广域后备保护算法，用于变电站间分布式广域后备保护系统。
A wide area backup protection algorithm with high fault-tolerance performance is proposed to implement the distributed wide area backup protection system.
对新英格兰10机39节点系统进行了潮流转移的仿真计算，验证了所提出广域后备保护方案的有效性。
Taking New England 10-unit 39-bus system as the case, the power flow transferring is simulated and simulation results show that the proposed wide area backup protection scheme is effective.
广域后备保护的研究，主要集中在系统架构、协作机制等方面，人工智能的故障诊断方法在后备保护中的应用研究尚不多见。
Studies on Wide-area Backup Protection focus on system structure and protective strategy and collaboration, not on fault diagnosis.
应用推荐