The study reviews the current trends in the protection of inverter‐based microgrids. This
topic is currently given significant attention, as the inverter‐interfaced distributed generation …

The integration of distributed generators has changed the paradigm of modern power
transmission systems. To cope with energy demands, electrical networks emphasize the …

Coordination between protective device fault clearing times and distributed generation
(DGs) stability is essential to avoid nuisance trip** of DG. In this paper, a multi-agent …

Distribution network protection is becoming more sophisticated in the wake of ever-changing
landscape of power systems driven by the vast renewable energy integration mostly sited …

The gas turbine synchronous generators (GTSGs) are widely deployed as distributed
generations (DGs) in countries with massive natural gas production owing to their low …

The low inertia renders renewable-based microgrids (μGs) more susceptible to incipient
faults and makes it more difficult for distributed systems to maintain a reasonable margin for …

This study proposes a novel combined primary and secondary control approach for direct
current microgrids, specifically in islanded mode. In primary control, this approach …

Regarding a paralleled synchronous generator (SG) and virtual synchronous generator
(VSG) system connected to a weak grid, the transient stability should be given more …

In the first part of this paper, a comprehensive analysis has been conducted on the utilization
of Synchrophasor Measurement (SM) and distribution SM in enhancing situation awareness …

Although synchrophasor measurement technology (SMT) has become a somewhat mature
and operational tool used in transmission-level power networks, its use in active distribution …