The evolution of the conventional power systems to smart grids has changed the way to
conceive and operate them. The part of the grid evolving the most is the distribution grid …

Fault diagnosis and location play a pivotal role in expediting fault restoration and enhancing
power system resilience. However, integrating distributed generation and diverse load …

This paper develops a novel graph convolutional network (GCN) framework for fault location
in power distribution networks. The proposed approach integrates multiple measurements at …

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 …

This paper proposes a fault-location method based on smart feeder meters with voltage sag
monitoring capability. The main idea is to explore voltage measurements from monitors …

This paper proposes a hybrid fault location method for smart distribution systems by using
available multi-source data, including data from protective devices, fault indicators (FIs) …

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 …

This paper proposes to combine the voltage monitoring capability of smart meters with
impedance-based fault location methods to provide an efficient fault location approach …

A novel nonunit transient-based protection scheme for bipolar high-voltage direct current
(HVDC) lines is proposed. The protection scheme is composed of a starting unit, a boundary …

This paper presents a scenario-based stochastic active distribution network planning
(ADNP) model considering the multi-type distributed generation and battery energy storage …