According to the standards for safe and stable operation of power grids, combined with the 3E principles of safety prevention, we use a method that combines FTA fault tree analysis, artificial intelligence technology and distributed interactive simulation technology based on HLA (high-level architecture) to research and develop a regional power grid fault simulation system. This system is used to provide repeated fault simulation technology training to technical personnel related to the safe operation and management of power grids, continuously improve the technical personnel\'s ability to judge accidents and handle faults, accumulate experience in handling various types of abnormalities and faults, and thus prevent the occurrence of power grid safety accidents. Keywords: Fault Tree Analysis ; Electric Power Networks Fault Simulation ; Distributed Interactive Simulation Abstract: According to operation standard of safety and stabilization on electric power networks and 3E principle for safety precautions, Simulation system for fault of regional electric power gird is researched and developed associating FTA Fault Tree Analyze 、Artificial Intelligence Technology、Distributed Interactive Simulation based on HLA. Related technician administrating safety of electric power networks through Simulation system can improve their ability of fault judgment and treatment after repeated technically training. Their experience on dealing with various kinds of abnormality and fault help prevent accident of electric power networks.Key: Fault Tree Analyze ; Electric Power Networks Fault Simulation ; DistributedInteractive Simulation
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