The development of distributed energy resources in distribution networks has created a new
concept called microgrids. Their control is one of the main development issues that must be …

This article proposes a distributed event-triggered secondary frequency control considering
cyber attacks and disturbances subject to input delay for islanded AC microgrids (MGs). The …

At present, the distributed cooperative control method has been widely adopted in the
secondary control of the conventional droop-based microgrid (MG). However, its application …

Multi-functional grid-tied inverters (MFGTIs) have been investigated recently for improving
the power quality (PQ) of microgrids (MGs) by exploiting the residual capacity (RC) of …

The proliferation of distributed energy resources in distribution systems has given rise to a
new concept known as Microgrids (MGs). The effective control of MGs is a crucial aspect that …

At present, the distributed cooperative control scheme has been widely used in the
secondary control of microgrids (MGs). However, instability factors in communication, as well …

This study introduces novel stochastic distributed cooperative control (SDCC) in the context
of island microgrids (MGs). A proportional resonant (PR) controller and virtual impedance …

Communication delays and noises are common in practical problems. When they exist in the
nonlinear multiagent system, this article addresses the leader-following scaled consensus …

Owing to uncertainties arising from the intermittent nature of distributed generating
resources, communication constraints, and parameter variations in the dynamics, control of …

In this article, a fully distributed fixed-time (FT) control strategy is presented to restore the AC
islanded microgrid (IMG) frequency to the reference value and minimize the total generation …