Changes are being implemented in the electrical power grid to accommodate the increased
penetration of renewable energy sources interfaced with grid-connected inverters. The grid …

Different types of distributed generation (DG) units based on renewable and non-renewable
energy sources can create a local energy system in microgrids. The widespread penetration …

The impedance model is widely used for analyzing power converters. However, the output
impedance is an external representation of a converter system, ie, it compresses the entire …

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

The capacitive-coupling inverter (CCI) is more cost-effective in reactive power conditioning
and enhanced reactive power regulation ability when compared with the inductive-coupling …

In islanded ac microgrids, the mismatched impedances of the interfacing feeders between
the inverters and the load bus cause poor reactive power sharing when the conventional …

In microgrids, intermittency of renewable energy sources (RES) and uncertain state-of-
charge (SoC) of energy storage systems (ESS) can cause power deficiency to some …

In an islanded microgrid composed of droop-controlled parallel inverters, the system
frequency endures deviations as the load changes. To compensate for frequency deviation …

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

The virtual synchronous generator (VSG) based on the energy storage system is proposed
to compensate the loss of inertia and dam** of the power grid. Due to the introduction of …