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FDIA-Identified Overloaded Power Lines

机译:FDIA识别的超载电源线

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摘要

Blackout events indicate that the overloaded power lines are the chief culprit to trigger the large-scale cascading failures hidden in the power grid. In order to protect the grid from the cascading failures, this paper aims to design a false data injection attack for the operators to identify the overloaded power lines. A leader-follower game-theoretic bi-level optimization model is formulated to maximize the set of overloaded power lines. To evaluate the performance of our proposed method, numerical simulations are performed on the IEEE 14-bus, 30-bus, 57-bus, and 118-bus systems. The results of Monte Carlo experiments indicate that the occurrence frequency of overloaded power lines is the most in our method.
机译:停电事件表明,过载的电源线是触发隐藏在电网中隐藏的大型级联故障的主要罪魁度。为了保护网格免受级联故障,本文旨在为操作员设计假数据注入攻击,以识别过载的电源线。制定了领导者 - 跟随游戏 - 理论的双层优化模型,以最大化过载电源线。为了评估我们所提出的方法的性能,在IEEE 14公交车,30公交车,57总线和118总线系统上执行数值模拟。 Monte Carlo实验结果表明,在我们的方法中,过载电力线的发生频率是最大的。

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