CAJ | 학술논문

文中对 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。
문중대 IEEE300절점계통진행급련효응방진，용부재손실화절점손실래형량망락적손훼정도。생성일개여 IEEE300절점표준망락구유상사특정적망락，병통과여표준망락적비교，용래설명망락탁복결구재흔대정도상결정료전망적로봉성。유차，제출료균균감부하、정향감부하급사용분포식전원삼충책략래완화련쇄고장。
In this paper,cascading effects were simulated on the IEEE300 bus system. Load loss and node loss were discussed as measures to estimate the damage degree to the networks. A network was generated with characteristics similar to the IEEE300 bus system standard networks and the generated network was then compared with the standard networks to show the effect of topology in determining the robustness of a power grid. Thereby,three mitigation strate-gies,Homogeneous Load Reduction,Targeted Load Reduction,and Use of Distributed Generation were suggested.