Arc faults are serious discharges, damaging insulation systems, and triggering electrical
fires. This is a transversal topic, affecting from residential to aeronautic applications. Current …

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 …

This paper presents a transient-based algorithm for high-impedance fault identification on
distribution networks. It uses the discrete wavelet transform to monitor high-and low …

This paper describes a new method for locating and identifying high-impedance fault in
medium-voltage networks of unbalanced distribution systems, considering: load variation …

In this article, a fault detection and isolation technique for series arc faults in dc microgrids
with multiple power electronics loads is proposed using unknown input observers (UIOs) …

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 …

Locating high impedance faults (HIF) in a distribution system increases the system's
reliability and improves the service's quality for customers. However, this type of fault …

This paper is focused on the data-driven model-free adaptive fault detection and estimation
(FDE) and fault-tolerant control (FTC) problems for multi-input multi-output (MIMO) discrete …

High Impedance Faults (HIFs) are recurring events in electrical Distribution Systems (DSs)
and occur by the contact between energized conductors and high impedance surfaces. HIFs …

The electric arc phenomenon associated with high impedance faults (HIFs) in distribution
systems is an exciting subject that directly impacts over the reliability of electrical utilities …