The crux to meet the daily exponential growth in power demand and reduce the carbon
footprint has seen to rejuvenate the consideration of large-scale renewable energy …

The deregulation and decentralization of the energy market have resulted in a proliferation
of distributed generation that participates in energy trading as prosumers. In peer-to-peer …

Renewable energy sources (RES)-generated electricity is increasing at a fast pace and is
becoming more prevalent in microgrids (MGs). System inertia is much decreased due to the …

Embedding incremental cost (IC) function into the primary control layer of dispatchable
virtual synchronous machines (VSMs) enables decentralized economic dispatch (ED) within …

Networked microgrids (NMGs) provide a promising solution for accommodating various
distributed energy resources (DERs) and enhance its performance. However, the …

The Inverter-based generator lacks natural inertia, which leads to instability problems in
Microgrid frequency. Virtual inertia is a promising control concept that rapidly injects/absorbs …

Given the intricate nature of contemporary energy systems, addressing the control and
stability analysis of these systems necessitates the consideration of highly large-scale …

A microgrid has emerged for the transformation from centralized into localized electricity
generation, which increases the opportunity for renewable-based distributed generators …

Power system stability is of paramount importance in the context of energy sustainability.
The reliable and efficient operation of power systems is crucial for supporting modern …

Photovoltaic (PV) distributed generators (DGs) are inherently stochastic and have low inertia
owing to their weather dependence and connection to an inverter. Frequency regulation …