The non-linearly deterministic fault current characteristics with low current magnitude of high
impedance fault (HIF) have thrown an inevitable challenge to the microgrid protection …

Abstract High Impedance Fault (HIF) results due to non-isolation of high intensity
transmission line with that of the low intensity conductors like trees and ground etc. The …

Due to the close relationship between power grid fault and impedance, there is a significant
defect in the use of power line communication (PLC) equipment to monitor and locate power …

High impedance fault (HIF) is among the common faults in distribution networks. This type of
fault creates peculiar characteristics in the current signal as a result of the electric arc during …

A distribution system is a large system with several distinctive components. Any flaw in such
a vast system risks human safety and financial loss. Conventional protection systems can …

With the growing adoption of electric vehicles (EVs) and the integration of renewable energy
sources in power distribution systems, the need to ensure safe and reliable operation …

In this article, we present new fractional integral inequalities via Euler's beta function in
terms of s-convex mappings. We develop some new generalizations of fractional trapezoid …

Abstract High Impedance Fault (HIF) detection in distribution networks is challenging for
protection engineers, mainly because HIFs possess unique characteristics, including non …

A fault is a typical state that alters the functioning of the power grid. An abrupt alteration in
the current level is noted in the event of a fault due to the incorporation of the Electric Vehicle …

In the process of providing electrical supply to rural areas using radial feeders, typical
operating voltage levels of 11KV, are commonly utilized. These systems connect the supply …