Penetration of renewable energy sources (RESs) in power systems is increased
considerably and fault location algorithms face considerable problems with the presence of …

For the newly constructed±1 100 kV HVDC system with 3 324 km transmission lines in
China, fast and accurate fault location is vitally important for its stable operation. This paper …

Three-terminal hybrid transmission lines (TTHTLs) are attractive from both environmental
and commercial view. Hybrid transmission lines are growing due to urbanization, connecting …

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 …

Due to their greater reliability, efficiency, and resilience as compared to unipolar dc grid
systems, bipolar dc grid systems are swiftly gaining popularity for the integration of …

In recent years, the safety of civil electricity has been seriously affected by low-voltage AC
series arc faults. However, for indoor distribution lines (220 V/50 Hz), only a few researchers …

This paper aims to reveal conventional impedance-based fault location methods'
shortcomings in the presence of inverter-based resources (IBRs) through an analytical …

Modern power systems are structurally complex and are vulnerable to undesirable events
like faults. In the event of faults in transmission line, accurate fault location improves …

Locating fault precisely on power transmission line is highly beneficial to utilities and
accurate fault location can expedite the repair of the faulted components, speed-up …

This article presents a recent literature review on traveling wave-based fault location
estimation in flexible alternating current transmission system (FACTS) compensated …