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A Secure-Coordinated Expansion Planning of Generation and Transmission Using Game Theory and Minimum Singular Value

机译:基于博弈论和最小奇异值的发电和输电安全协调扩展规划

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In this paper a novel method have been proposed for expansion planning of generation and transmission that considered static security of the system such as voltage security margin And loadability limit. In the same study of expansion planning Security constraints of the system are neglected. In this study at the first step minimum singular value technique is used to evaluate voltage security margin and loadabolity limit, in order to select best bus for load incrimination. After it, in order to Supply the load, coordinated expansion planning of generation and transmission is needed, therefor the strategic interaction between transmission company (TransCo) and generation company (GenCo) for Transmission expansion planning (TEP) and generation expansion planning (GEP) in a competitive electricity market is proposed using Game Theory (GT).
机译:本文提出了一种新的发电和输电扩展计划方法,该方法考虑了系统的静态安全性,例如电压安全裕度和负载极限。在扩展计划的同一研究中,忽略了系统的安全约束。在本研究中,第一步是使用最小奇异值技术来评估电压安全裕度和负载极限,以便选择最佳总线来实现负载归因。此后,为了提供负载,需要协调发电和输电的扩展计划,因此,输电公司(TransCo)和发电公司(GenCo)之间进行战略互动,以进行输电扩展计划(TEP)和发电扩展计划(GEP)使用博弈论(GT)提出了在竞争激烈的电力市场中的需求。

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