One of the main factors that disrupt reliability and stop energy provision is the fault
occurrence in distribution networks. Thus, accurate and fast fault prediction and location in …

The proliferation of renewable energy resources to the next level optimizes microgrid
utilization to manage the disturbances effectively. A direct current microgrid achieves …

Direct current (DC) microgrids (MG) constitute a research field that has gained great
attention over the past few years, challenging the well-established dominance of their …

Power grids are highly susceptible to various types of faults and their associated
consequences. In recent years, numerous fault location methods have been proposed for …

This article proposes a localized protection scheme for dc microgrids with radial
configuration under the impact of constant power loads (CPLs) to determine the location of …

Variations in fault currents, short times to clear the fault, and a lack of a natural current zero-
crossing point are the most important challenges that DC microgrid protection faces. This …

Traditional fault detection and location schemes become ineffective for detecting and
locating the fault in dc microgrid systems due to integrating various types of power electronic …

Accurate locating of the faulty section is desired in dc microgrid due to the presence of
power electronic converters and low-impedance cables. Some of the existing schemes …

Faulty feeder detection is crucial to maintaining the safety and stable operation of power
grids after single line-to-ground (SLG) faults occur in distribution networks. Existing detection …

Faulty feeder detection is essential for maintaining the security and stability of energy supply
in distribution networks. However, it is rather difficult to identify a specific faulty feeder owing …