High-impedance faults (HIFs) represent one of the biggest challenges in power distribution
networks. An HIF occurs when an electrical conductor unintentionally comes into contact …

This manuscript presents the issues allied with the detection of high impedance fault (HIF)
on the power distribution network. HIFs are those faults with current too small to be protected …

The high impedance fault (HIF) has random, irregular, and unsymmetrical characteristics,
making such a fault difficult to detect in distribution grids via conventional relay …

High impedance faults (HIFs) often draw too little current to activate conventional overcurrent
protection, making the detection of a HIF event a difficult task. A practical and implementable …

The recent progress in the area of signal processing has led to the development of
intelligent schemes for fault classification and faulty phase selection in distribution system …

The probability of single-phase high-impedance faults (HIFs) in a resonant grounding
system is high, and the existing fault detection and line-section location methods have …

Incidents of DC series arc faults in Photovoltaic (PV) systems are becoming more common,
posing significant threat to properties and human safety. Machine Learning (ML) based …

Power distribution grids (PDGs) are one of the main parts of electrical logistic chains with the
task of transferring electricity to the consumers continually. Adverse weather conditions …

With the rapid development of microgrid and large-scale grid-connected operation, the
detection and location of short-circuit faults in microgrid has become a bottleneck. In this …

Locating high impedance faults (HIFs) is one of the biggest challenges in power networks.
HIFs draw relatively low currents, so power system operators cannot easily detect them with …