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The Researching on Evaluation of Automatic Voltage Control Based on Improved Zoning Methodology

机译:基于改进分区方法的自动电压控制评估研究

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摘要

According to the present serious phenomenon of increasing size and structure of power system, hierarchically structured automatic voltage control(AVC) has been the researching spot. In the paper, the reduced control model is built and the adaptive reduced control model is researched to improve the voltage control effect .The theories of HCSD, HCVS, SKC and FCM are introduced and the effect on coordinated voltage regulation caused by different zoning methodologies is also researched. The generic framework for evaluating performance of coordinated voltage regulation is built. Finally, the IEEE-96 stsyem is used to divide the network. The 2383-bus Polish system is built to verify that the selection of a zoning methodology affects not only the coordinated voltage regulation operation, but also its robustness to erroneous data and proposes a comprehensive generic framework for evaluating its performance. The New England 39-bus network is used to verify the adaptive reduced control models' performance.
机译:根据大小和电力系统的结构增加本严重的现象,分级构成的自动电压控制(AVC)一直是研究点。在论文中,减小的控制模型的建立和自适应降低的控制模型进行了研究,以改善电压的控制效果被引入HCSD,医疗券计划,SKC和FCM的.The理论和由不同分区方法上协调的电压调节效果还研究。评估协调电压调节性能的通用框架构建。最后,将IEEE-96 stsyem用于分隔所述网络。在2383总线波兰系统是建立以验证分区方法的选择不仅影响到协同电压调节操作,而且其稳健性的错误数据,并提出了评估其性能全面的通用框架。新英格兰39总线网络用于验证自适应降低控制模型的性能。

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