Newer generation sources and loads are posing new challenges to the conventional power
system protection schemes. Adaptive and intelligent protection methodology, based on …

Finding the location of faults in distribution networks has been a long standing problem for
utility operators, and an interesting subject for researchers as well. In recent years …

A novel method is proposed to locate the source of events in power distribution systems by
using distribution-level phasor measurement units, aka, micro-PMUs. An event in this paper …

Identifying ground faults is a significant problem in ungrounded photovoltaic (PV) systems
because such earth faults do not provide sufficient fault currents for their detection and …

In this paper, a traveling wave based fault location method is proposed for distribution
networks. Before fault occurs, an intrinsic distance difference matrix (IDDM) is established …

In recent years, the design of low-cost distribution phasor measurement units (D-PMU)
together with the development of relevant applications for emerging active distribution …

With the increasing number of DC microgrids, DC microgrid clusters are emerging as a cost-
effective solution. Therefore, due to the possible long distances between DC microgrids …

In this paper, a gradient boosting tree model is proposed to detect, identify and localize
single-phase-to-ground and three-phase faults in low voltage (LV) smart distribution grids …

Research, the universal pursuit of new knowledge, is embarking on a fresh journey into
artificial intelligence (AI). ature reports that AI arose nine places to the fourth-most popular …

This paper proposes a new impedance-based technique to locate all fault types in
distribution networks with/without distributed generators. A new procedure to form an …