not affect its accuracy. The method utilises synchronous post-fault measurements of currents and voltages in both terminals and is based on the distributed time-domain representation of transmission lines. Unlike conventional methods, fault location...

in this

In this paper we propose a new fault location algorithm for power transmission lines based on one terminal

voltage and current data. A distributed time domain model of the line is used as a basis for algorithm development...

In this paper, a wide-area fault location (FL) method for power transmission lines is

proposed. Impractical installation of modern measuring devices (e.g. PMU) throughout all network

buses, due to lack of telecommunication...

In this study a non-iterative fault location algorithm for shunt-compensated transmission lines is proposed. Since this method does not utilise the model of the shunt compensator, the errors resulted from modelling of the shunt compensators...

Fault indicator (FI) is used in impedance-based methods for improving fault section estimation in power distribution

feeders. The location and number of FIs affects on the reliability indices and can extra charge ...

Context: Intelligent fault locating in transmission lines consists of three main steps: feature extraction,

feature selection, and utilizing a learning tool.

Objective: The main objective of this paper is to propose a systematic...