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Identification of key transmission lines in power grid using modified K-core decomposition

机译:使用改进的K核分解识别电网中的关键输电线路

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Power grid today has been more interconnected than it used to be, resulting in frequent occurrence of cascading failure in the power system. According to historical data, many major cascading failures are caused by the outage of certain transmission lines. The transmission lines with potential to cause large scale cascading failure are called key transmission lines (KTL). To find out the KTL, this paper first proposes a correlation network which characterized the interaction between different lines in the system. Then, based on this new network, we identify the KTL in power system using the modified K-core decomposition, which has been amended to better suit the power system's inherit features. Finally, case studies utilizing cascading failure simulation on New England System and IEEE-118 system are conducted to substantiate the effectiveness and efficiency of the proposed approach.
机译:今天的电网比以前更加互连,从而导致电源系统中频繁发生级联故障。根据历史数据,许多主要的级联故障是由某些传输线的中断引起的。有可能导致大规模级联故障的传输线称为关键传输线(KTL)。为了找到KTL,本文首先提出了一个相关网络,该网络描述了系统中不同线路之间的交互作用。然后,基于此新网络,我们使用修改后的K-core分解来识别电力系统中的KTL,该K-core分解已进行了修改,以更好地适应电力系统的继承特性。最后,利用新英格兰系统和IEEE-118系统上的级联故障模拟进行案例研究,以证实所提出方法的有效性和效率。

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