Energy management systems (EMS) play a crucial role in ensuring efficient and reliable
operation of networked microgrids (NMGs), which have gained significant attention as a …

Several drawbacks of the conventional and inverse droop control based decentralized
techniques for islanded microgrids are being addressed actively, over the years by various …

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 …

In islanded AC microgrids, loads are supplied by parallel inverters-based distributed
generation (DG) units. Accurate power sharing, which is always degraded by the …

Inverter based distributed generators (DGs) are increasingly being employed for interfacing
renewable energy sources into the grid. Droop control is a very popular technique for …

The escalating adoption of low-carbon energy technologies underscores the imperative to
transition from conventional fossil fuel-dependent sources to sustainable alternatives. The …

In an islanded microgrid, the wire impedance mismatches among distributed generation
(DG) units lead to inaccurate power sharing results, which influences the system's normal …

In offshore wind farms connected via diode-rectifier-based high-voltage dc, conventional
distributed control strategies have significant coupling among active and reactive power …

The balanced, unbalanced and harmonic current sharing inaccuracy caused by the
mismatched wire impedances of distributed generation (DG) units influences the normal …

The common droop method is one of the most effective methods for controlling power-
sharing in islanded microgrid. Due to the dependence of the active and reactive power on …