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文章摘要
电网拓扑分析与连锁故障缓和策略
Topological Analysis of the Power Grid and Mitigation Strategies Against Cascading Failures
Received:November 25, 2013  Revised:November 25, 2013
DOI:
中文关键词: 复杂网络  级联效应  生成网络  缓和策略
英文关键词: complex  network, cascading  effect, generated  networks, mitigation  strategies
基金项目:
Author NameAffiliationE-mail
ZHU Xi* Zhangzhou Power Supply Company zhuxi198701@163.com 
ZHOU Chun-ming Zibo Power Supply Company  
LIN Yi-bin Zhangzhou Power Supply Company  
YU Jing Jilin Power Supply Company  
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中文摘要:
      本文对IEEE300节点系统进行级联效应仿真,用负载损失和节点损失来衡量网络的损毁程度。生成一个与IEEE300节点标准网络具有相似特征的网络,并通过与标准网络的比较,用来说明网络拓扑结构在很大程度上决定了电网的鲁棒性。由此,提出了均匀减负荷、定向减负荷及使用分布式电源三种策略来缓和连锁故障。
英文摘要:
      In this paper, cascading effect has been simulated on the IEEE 300 bus system. Load loss and node loss have been discussed as measures to estimate the damage to the networks. A graph was generated with characteristics similar to the IEEE300 bus system standard networks and the generated graph is then compared with the standard networks to show the effect of topology in determining the robustness of a power grid. Three mitigation strategies, Homogeneous Load Reduction, Targeted Load Reduction, and Use of Distributed Generation have been suggested.
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