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首页> 外文期刊>The Journal of Engineering >Wide area inter-area oscillation control system in a GB electric power system
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Wide area inter-area oscillation control system in a GB electric power system

机译:GB电力系统中的广域区间间振荡控制系统

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摘要

A wide area control system (WACS) for the Great Britain (GB) power system is presented. This WACS is designed to enhance the GB system's small signal stability, i.e. improve the damping of the inter-area oscillatory mode between Scotland and England. This study mainly consists of two parts. In the first part, the conventional concept of high-voltage direct current (HVDC) and supplementary damping control modelling is presented. The model of HVDC and supplementary damping control are tested through the classic two-area model. In the second part, the operation of the proposed WACS is demonstrated using a full model of the GB power system. In addition to the demonstration of the major applications, some key factors that will influence the operation of the wide area inter-area oscillation damping control scheme will be tested and discussed. These factors include the time delay involved in wide area data transmission and the reactions between the additional HVDC damping controller and conventional power system stabilisers.
机译:提出了英国(GB)电力系统的广域控制系统(WACS)。该WACS旨在提高GB系统的小信号稳定性,即提高苏格兰和英格兰之间的区域间振荡模式的阻尼。这项研究主要包括两部分。在第一部分中,提出了高压直流(HVDC)和补充阻尼控制建模的传统概念。 HVDC和补充阻尼控制的模型通过经典的两区域模型测试。在第二部分中,使用GB电力系统的完整模型来证明所提出的WACS的操作。除了示范主要应用外,还将测试和讨论将影响广域间振荡阻尼控制方案的操作的一些关键因素。这些因素包括广域数据传输中涉及的时间延迟以及附加的HVDC阻尼控制器与传统电力系统稳定器之间的反应。

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