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 …

Due to rising awareness on environmental protection and for maintenance of clean
habitable communities, current and next generation micro-grids are desired to have …

Fault detection in photovoltaic (PV) arrays becomes difficult as the number of PV panels
increases. Particularly, under low irradiance conditions with an active maximum power point …

This paper proposes a novel method for transmission-line fault detection and classification
using oscillographic data. The fault detection and its clearing time are determined based on …

This paper concerns how to apply an incremental learning algorithm based on data streams
to detect high impedance faults in power distribution systems. A feature extraction method …

Fault analysis and diagnosis constitute a relevant problem in power systems, with important
economic impacts for operators, maintenance agents and the power industry in general …

A high impedance arcing fault due to a leaning tree in medium voltage (MV) networks is
modeled and experimentally verified. The fault is represented in two parts; an arc model and …

This paper deals with the application of wavelet transforms for the detection, classification
and location of faults on transmission lines. A global positioning system synchronizing clock …

The increasing household loads make series arc faults more complex, which are difficult to
be detected by traditional circuit breakers and lead to the frequent occurrence of residential …

This paper presents a real-time wavelet-Fuzzy combined approach for digital relaying. The
algorithm for fault classification employs wavelet multi resolution analysis (MRA) to …