Accurate fault location methods for transmission lines are essential to ensure secure and
reliable operation of power systems. Among various fault location approaches, model-based …

Electric transmission lines play a very essential role in transmitting power energy from
generation centers to consumption regions. They can be exposed to fault occurrences due …

Fault location plays a critical role in long-distance voltage source convertor based high-
voltage direct current (VSC-HVDC) transmission systems. Although machine learning-based …

This paper proposes a novel single-ended traveling wave-based fault location method for
unearthed overhead lines with a complex topology. The low fault current magnitudes of a …

Accurate fault location technology can not only speed up fault search but also enhance the
power supply reliability. This paper introduces a single-ended fault location framework for …

With the expansion of high-voltage alternating current transmission networks, the widely
used two-terminal traveling wave method faces several challenges in cable fault location …

This paper presents a sensitivity analysis of the key parametric settings used to
computationally implementing transmission line single-ended correlation-based traveling …

In this paper, the performances of one-ended and two-ended traveling wave (TW)-based
fault location techniques in series compensated transmission lines (SCTLs) are thoroughly …

Due to multiple transmitted datasets, complexity, and failure to detect high-impedance faults,
many researches have been conducted to overcome protection problems. These studies …

The voltage and current measurement of the medium-voltage (MV) side are used for the
traditional fault location method, which leads to a high installation cost of the measurement …