Islanded microgrids can enhance the resilience of power systems. Their stability is subject to
ongoing research. This work introduces a unique way of sensitivity analysis, parameter …

Augmenting the range of the active droop gain in inverter-based microgrids (IBMGs) is
required for faster power sharing and improved control at the secondary level. However …

This paper presents a new active/reactive power closed-loop control system for a hybrid
renewable energy generation system used for single-phase residential/commercial …

A coordinated power balance control strategy independent of communication is proposed in
this article, which includes autonomous modes transition control methods for photovoltaic …

The paper proposes an improved primary regulation method for inverter-interfaced
generating units in islanded microgrids. The considered approach employs an off-line …

A new method to calculate average active power and reactive power for single-phase
systems is proposed in this paper. It can be used in different applications where the output …

One of the effective approaches to maintain power generation consumption balance during
contingencies and therefore transient stability of the system is instantaneous rise of …

The active and reactive powers, P and Q, are crucial variables in the parallel operation of
single-phase inverters using the droop method, introducing proportional droops in the …

Due to recent advancements in photovoltaic technology and cost reduction, photovoltaic
systems are nowadays added to existing microgrids with originally installed backup sources …

Computation of active and reactive powers is a crucial step in droop‐controlled single‐
phase voltage source inverters (VSIs) in standalone microgrid since the performance and …