Increasing power demand, aging distribution systems and concerns towards greenhouse
gas emissions have resulted in the increased occurrence of distributed generation (DG) …

AC microgrids are being expanded due to their numerous advantages. However, the
execution of distributed energy resources near by the demand side may cause various …

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 …

Fault diagnosis and detection in electrical power systems need a development of new and
robust supervision structures. In the last years, different intelligent monitoring methods have …

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

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 …

As transmission and distribution networks now span a wider region, the difficulty of
monitoring lines and the incidence of faults are both increased, which reduces the stability of …

To guarantee continuous and reliable operation of power systems working near their
stability margins, it is necessary to clear faults quickly. For this purpose, accurate and fast …

Fast and accurate fault location methods can save costs and ensure power supply reliability.
This paper proposes a novel noniterative single-ended phasor domain fault location method …

A new fault location method based on single-end measurements is proposed in this paper.
The proposed method decomposes the fault location problem into two sub-problems and …