An islanded microgrid (MG) including low-inertia converter-based distributed generations
(DGs) is subjected to instability. The virtual inertia concept was proposed to alleviate the …

The intermittent and uncertain behavior of renewable energy sources; moreover, the
increase in penetration of these resources causes some drawbacks in power grids …

Microgrid instability poses critical issues to the power delivery following a load change or a
tripping event. In island operating mode lack of grid intensifies this challenge. This study …

Integration of renewable energy sources (RESs) into power systems is growing due to eco-
friendly concerns and ever-increasing electricity demand. Voltage source converters (VSCs) …

A 63-level inverter with fewer switches is proposed to reduce harmonics in the multi-
microgrid scenario. Since the multi-microgrid is connected with varying loads, synchronizing …

This paper aims to develop a control technique for grid-interfaced voltage source converters
in distributed power generation systems. The proposed method is composed of two control …

In small-scale power systems, distributed virtual inertia (DVI)-based converters can
effectively participate in primary frequency regulation. In this method, the synthetic inertia …

The future of electrical networks worldwide is increasingly reliant on renewable energy
sources (RES), driven by their capacity to reduce carbon footprints, enhance long-term …

The stability assessment approach for networks with distributed generation by the voltage
magnitude at the nodes is proposed. The voltage stability margin factor is used as the main …

This paper emphasises on developing a Sliding-Mode-Controller using Whales-
Optimisation-Algorithm named as SMC-WOA technique for optimal regulation of voltage and …