Staged Solution Strategy for Reducing Active Network Loss Based on Transmission Switching

Zhengwei Shen, Huadong Sun, Wuzhi Zhong, Guangru Zhang, Changsheng Chen
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Abstract

In view of the system active network loss has been neglect while using transmission switching control measures to solve the static problems such as line overloads, voltage violations, the reduce of active power loss is considered as a sub-problem of the above-mentioned static problems, and a staged solution strategy including screening and detailed analysis is proposed in this paper. This methodology firstly uses sensitivity method to screen the pre-switching scheme with high reliability, and then based on Newton-Raphson method to analyze in detail the transmission switching scheme which can meet the requirements of base-case system operation and reduce the active power loss of the system. The performance of the proposed methodology for transmission switching reduce system network loss is tested the IEEE300 node system. The advantages of the proposed methodology in terms of computational efficiency and accuracy are compared and the satisfactory results are obtained.
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基于传输交换的减少有源网络损耗的分阶段解决策略
针对在采用输配电控制措施解决线路过载、电压违例等静态问题时,系统有功网损被忽视的问题,本文将降低有功网损作为上述静态问题的子问题,提出了筛选和详细分析的分阶段解决策略。该方法首先采用灵敏度法筛选可靠性高的预交换方案,然后基于牛顿-拉夫森法对满足系统基本工况运行要求、降低系统有功损耗的传输交换方案进行详细分析。在IEEE300节点系统上对所提出的传输交换方法进行了性能测试,降低了系统网络损耗。比较了所提方法在计算效率和精度方面的优势,得到了满意的结果。
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