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Vulnerable Branch Assessment Based on Branch Energy Function

机译:基于分支能量函数的脆弱分支评估

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摘要

Power grid vulnerability, as the deepening and developing of network security issues, shows its great research significance. Based on the energy function theory, branch static energy function model was constructed comprehensively. Multi physical quantity was mapped to the amount of branch energy; The branch vulnerability can be reflected more accurately under different operation states; And then, the Vulnerable Sensitivity index established in the form of energy was founded to assess vulnerability and the Branch Vulnerability index was proposed to evaluate branch vulnerability degree; The Vulnerable Sensitivity with the system load and structure changing was analysed to confirm the key vulnerable branch . At last, the simulations of this method in IEEE-30 bus system demonstrate its validity and feasibility. The proposed approach is promising to be applied in on line vulnerability assessment.
机译:电网脆弱性作为网络安全问题的不断深化和发展,显示出其重大的研究意义。基于能量函数理论,建立了分支静态能量函数模型。多物理量映射到分支能量的数量;在不同的操作状态下,可以更准确地反映分支漏洞;然后,建立了以能量形式建立的脆弱敏感度指数来评估脆弱性,并提出了分支脆弱度指数来评估分支脆弱度。分析了系统负荷和结构变化时的脆弱感,确定了关键脆弱分支。最后,在IEEE-30总线系统中对该方法进行了仿真,证明了其有效性和可行性。所提出的方法有望用于在线漏洞评估。

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