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

Droop control strategy is widely used to control parallel inverters in a microgrid. However,
due to the mismatched line impedance, the traditional droop control strategy is difficult to …

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

This paper introduces a novel droop-based decentralized control scheme to address the
power-sharing challenges within a PV-fed islanded AC microgrid. This novel approach …

For a conventional droop-controlled islanded microgrid, the poor reactive power-sharing
and drop of bus voltage and frequency caused by line impedance mismatch and droop …

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

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

Microgrids play a pivotal role in modern power distribution systems, necessitating precise
control methodologies to tackle challenges such as performance instability, especially …

The droop control laws lack proportional power sharing in transient as well as steady-state
conditions in AC microgrids. This paper proposes an adaptive droop coefficients based …

To preserve power quality in islanded alternating current (AC) microgrids (MGs), precise line
voltage regulation is crucial, especially in the presence of non-linear and unbalanced loads …