Protection from the high impedance fault (HIF) has been one of the biggest challenges in the
power distribution network. HIF typically occurs when the conductors in distribution network …

In this work, an in-depth analysis providing the optimal parameters estimation for discrete
wavelet transform (DWT) applied to detection of series arc faults in the household AC power …

This study presents a fast, secure and reliable algorithm for the detection and classification
of power system disturbances including high‐impedance faults (HIFs). The proposed …

High impedance faults are rather difficult to detect, due to their inherent characteristics.
However, in most cases high-impedance low-current faults evolve to low-impedance high …

The fault identification process in transmission systems involves three functions:
discrimination, classification and phase selection. The current study classifies the methods …

The low current magnitude of high-impedance faults (HIF) makes it tough for the relays to
detect the fault. HIF exhibits the characteristics of asymmetry, nonlinearity, and randomness …

A High Impedance Fault (HIF) is a long standing complex type of a fault, because of its
distinctive nature. The major concern with HIF is the potential risk it poses to human lives …

This paper presents a technique for high impedance fault diagnosis in a power distribution
network. A segment of a 22 kV Eskom real power system is modelled in Power World …

High Impedance Fault (HIF) is irregular event in feeder which makes the current too much
less than common current in network and cannot be detected via standard protective …

Detection of high impedance fault in the distribution system is highly challenging since fault
current magnitude is at a negligible quantity that can't be sensed by the protective relays …