Rogowski线圈扩展Park矢量法改善电力变压器百分比差动继电器的特性

Ahmed Sherwani, A. Kircay
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引用次数: 1

摘要

百分比差动保护(PDP)是国际上公认的电力变压器的主要单元保护继电器。研究人员建议使用一种新型电流互感器(CT),采用一种新的故障检测方法,以改善该继电器的特性。使用MATLAB Simulink工具软件对Rogowski线圈(RC)进行建模,具有新的PDP继电器特性。采用扩展帕克矢量法(Extended Park’s Vector method, EPVA)进行故障检测,通过取消继电器特性中的二次斜率,降低最小运行电平点,扩大运行区域。本文还阐述了如何利用Rogowski线圈的线性CT特性去除PDP继电器特性中总误差中的饱和误差曲线。因此,对二次系统中的小差动电流具有更好的灵敏度。通过该方法,取得了变压器一次端少电流的良好指示。算法的这种性能是由于EPVA的分析依赖于频谱分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving the Characteristic of Percentage Differential Relay of Power Transformer using Rogowski Coil with Extended Park’s Vector Approach
Percentage Differential Protection (PDP) is well- known as the main Unit Protection Relay of Power Transformer all over the world. The researchers suggested using a novel Current Transformer (CT) with a new approach for fault detections, to improve the characteristic of this relay. MATLAB Simulink tools software used to model the Rogowski Coil (RC), with the new PDP Relay characteristic. Reducing the min-operating level point and expanding the operation region by revoking the second slope in the characteristic of the relay by implementing Extended Park’s Vector Approach (EPVA) for faults detection. The paper also sheds light on removing the saturation error curve from the total error in the characteristic of PDP relay using the linear CT characteristics of Rogowski Coil. Consequently, a better sensitivity achieved specially for small differential currents in the secondary system. By this method, good indications of quitting few currents on primary terminal of power transformer were achieved. This performance of algorithm is due to the EPVA’s analyzation which depends on spectrum analysis.
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