Modeling and implementation of impedance based fault locator for medium transmission line

Adil Abdul Hameed, Ankush Gupta, A. S. Kiranraj, G. A. Devendran, P. Raja
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引用次数: 1

Abstract

The scaled down laboratory model of the modelled line using air-core inductor and shunt capacitor has been practically designed, experimented and its performance parameters are evaluated. The protection scheme using three-step zone protection is achieved using a relay operated by an ARM Microcontroller. The Microcontroller is used as a controller which actuates the relay. This paper has been done to detect LG fault condition. The relay is so programmed that it works only when the fault occurs in within the zone and does not affect the transmission line if fault occurs outside. The ARM Microcontroller used for actuating the relay is STM 32-F4, which is programmed using IAS Embedded Workbench.
基于阻抗的中传线故障定位器建模与实现
对采用空芯电感和并联电容的模拟线路进行了实际设计和实验,并对其性能参数进行了评估。采用三步区域保护的保护方案是使用由ARM微控制器操作的继电器实现的。微控制器用作驱动继电器的控制器。本文对LG的故障状态进行了检测。继电器是这样编程的,只有当故障发生在区域内时才工作,如果故障发生在区域外,则不影响传输线。用于驱动继电器的ARM微控制器是STM 32-F4,使用IAS嵌入式工作台进行编程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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