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 …

High-impedance fault (HIF) is always a threat and the biggest challenge in the power
transmission and distribution system (PTDS). For a PTDS to operate effectively, HIF …

This paper presents a new methodology for high impedance fault (HIF) location in overhead
power distribution systems. A polynomial function was used to model the voltage at fault …

This paper proposes an approach to accurately estimate the impedance value of a high
impedance fault (HIF) and the distance from its fault location for a distribution system. Based …

Accurate, fast, and reliable fault classification techniques are an important operational
requirement in modern-day power transmission systems. Application of Signal Processing …

Fault location identification is an important task to provide reliable service to the customer.
Most existing artificial intelligence methods such as neural network, fuzzy logic, and support …

The High Impedance Faults are the faults which are difficult to detect. In this paper, a
generalized High Impedance Faults arc model is presented. The proposed model is based …

This study is mainly focused on identification of minor faults in power distribution systems
utilizing four intelligent classifiers for pattern recognition. Dynamics discussed in this paper …

Detecting high impedance faults in a distribution network is a great challenge and locating
one is even more challenging. This paper will present an enhanced high impedance fault …

This paper demonstrates a technique for the diagnosis of the type of fault and the faulty
phase on an overhead transmission line, followed by locating the particular fault on the …