Microgrids gain popularity due to their economical and environmental benefits along with
low power losses and smaller infrastructure. However, it has several operational challenges …

Nowadays, due to the utilization of an abundant amount of fossil fuels environmental
pollution increases rapidly. In order to rectify such a major problem, the power sector …

This paper provides a systematic review of advanced control strategies for the two mostly
acclaimed standalone/off-grid distributed generation (DG) systems, ie, wind energy …

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 …

Stability is the primary goal in standalone power systems due to the high penetration and
uncertainties of renewable energy resources, so the system reliability is affected, and the …

With the advancement of power electronic converters over the last few decades, the
capability to integrate solar photovoltaics, wind, diesel generators, batteries, ultracapacitor …

In microgrids, stability is ensured by maintaining a power ratio that balances total energy
production and demand via coordinated management of various distributed generation (DG) …

The effective operation of a microgrid (MG) depends on seamless coordination among
agents in energy management systems. A pivotal element in this coordination is the multi …

Droop control is at the first level of the control hierarchy and does not require
communication. Having high reliability, is usually used in inverter‐based microgrids. The …

In this research, a modified Osprey optimization algorithm (MOOA) is presented to optimize
droop control parameters. MOOA is a modification of the Osprey optimization algorithm by …