This article presents a novel phasor domain approach to determine the location of faults in
non-homogeneous transmission lines. Best implementation requires synchronized voltage …

This letter presents a novel non-iterative impedance based two-terminal fault location
algorithm with unsynchronized terminals. The novelty of this method lies in the fact that it is …

This paper proposes an unsynchronized two-terminal fault location method on three phase
untransposed transmission lines considering line parameter uncertainties. The method …

Some double-circuit transmission lines are untransposed, which results in complex coupling
relations between the parameters of the transmission lines. If the traditional modal …

This paper presents a novel two-terminal fault location algorithm without using line
parameters. The algorithm is formulated using unsynchronized voltage and current phasors …

The method of symmetrical components is not effective for fault location in the case of
untransposed lines, due to potential couplings between the sequence circuits. This paper …

Extra high voltage transmission networks include many untransposed single-circuit
overhead lines with horizontal configuration of phase conductors. This paper develops a …

In this paper a frequency domain formulation for nonlinear arcing fault location is presented.
The proposed fault location formulation uses as input data first cycles after the fault inception …

A new fault-location algorithm for extra-high-voltage mixed lines based on phase
characteristics of the hyperbolic tangent function is proposed. This paper takes overhead …

This study presents a single‐ended fault location method that does not need the information
of the remote‐end system. As the foundation of the proposed method, the fault location …