A partial information network growth and evolution model based on power system topology

Dan Yang, Xiaoxiao Wo, P. Wei, Long Li, Yang Chen, Ye Cai
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Abstract

With the integration between power network and information network, the observability and controllability of modern power grid are improved, which has become a typical cyber physical system, However, there is no one-to-one correspondence between the actual information network and power network, so it is difficult to realize the overall perception of the power network. In this paper, a partial information network growth and evolution model is proposed, it can make up for the imperfection of information network, and realize the overall perception of the power grid. further research shows that it improves the ability of the power cyber physical system to resist the cascading failure.
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基于电力系统拓扑结构的部分信息网络生长演化模型
随着电网与信息网络的融合,现代电网的可观测性和可控性得到了提高,已成为典型的网络物理系统,但实际的信息网络与电网之间不存在一一对应关系,难以实现对电网的整体感知。本文提出了一种局部信息网络的生长演化模型,它可以弥补信息网络的不完善,实现对电网的整体感知。进一步的研究表明,该方法提高了电力网络物理系统抵御级联故障的能力。
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