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Evaluation of power system stability by UPFC via two shunt voltage-source converters and a series capacitor

机译:UPFC通过两个并联电压源转换器和一个串联电容器评估电力系统的稳定性

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摘要

In this paper, the effects of a newly presented unified power flow controller (UPFC) structure, which is based on two shunt voltage-source converters and a series capacitor, is investigated on the dynamic stability of power system. To reach to this purpose, it was suggested a non-linear dynamic model for a sample power system that a proposed UPFC was installed on. From non-linear dynamic model, it was suggested a linear dynamic model and modified Heffron-Philips model. Then, by modifying of damping controller for proposed UPFC and regulating UPFC controller parameters by phase compensation technique, the most appropriate and effective entering signal was chosen among controlling signals of proposed UPFC by different technique. The validity of the theoretical facts is then well confirmed by simulation results obtained in MATLAB/Simulink.
机译:本文研究了一种新提出的基于两个并联电压源转换器和一个串联电容器的统一潮流控制器(UPFC)结构对电力系统动态稳定性的影响。为了达到此目的,建议为安装了建议的UPFC的示例电源系统建立非线性动态模型。从非线性动力学模型出发,提出了线性动力学模型和改进的Heffron-Philips模型。然后,通过对所提出的UPFC的阻尼控制器进行修改,并通过相位补偿技术来调节UPFC控制器的参数,在通过不同技术提出的UPFC的控制信号中选择最合适,最有效的输入信号。然后,在MATLAB / Simulink中获得的仿真结果很好地证实了理论事实的有效性。

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