电力关键基础设施网络仿真模型研究

电力网络模型是关键基础设施模型中的重要组成部分。分析了现实电力网络的拓扑结构和运行原理,根据复杂网络的基本理论,采用基于Agent的建模方法设计实现了关键基础设施中电力网络模型。通过仿真实验,较好的模拟了电力系统输送电能的动态过程和因偶发故障而造成的大规模停电现象,对复杂电力网络的动力学特性进行了初步探索。

Abstract：

The model of electric power network is a major part of critical infrastructure model. The topology of network structure and the principle of net function were analyzed, according to the theory of complex network, applying the agent-based modeling to design and realize the model of electric power network. Through the simulation experiment, it was demonstrated to be better ways to simulate the dynamic progress of electric transmission and the cascading failure phenomenon caused by incidental trouble. The simulation model offers an effective approach to analysis electric power network’s role in critical infrastructure, and makes a step to exploration for complex electric power network’s dynamic character.     

社会仿真中电力网络生成模型研究

根据现实社会电力网络拓扑结构及生长机制特点,针对战争模拟中的社会仿真研究需要,提出以人口密度、经济水平、行政区域和电网连接方式等影响因素的电力网络生成模型算法设计和实现方案。对实验结果进行统计分析表明,该算法生成的电力网络拓扑数据,与基于复杂网络理论的电力网络拓扑分析结论相一致,较好地满足了社会仿真中电力基础设施网络建模仿真研究的需要。