Distributed generations (DGs) have been increasingly employed in AC microgrids to provide
carbon-free power supply. To coordinate multiple DGs, careful attention must be paid to the …

This study proposes a novel combined primary and secondary control approach for direct
current microgrids, specifically in islanded mode. In primary control, this approach …

Conventional controllers for electronically interfaced distributed generators (EI-DGs) that
utilize droop controllers along with voltage/current proportional-Integral (PI) controllers …

This paper proposes a nonlinear supplementary controller for enhancing the transient
response of distributed generations (DGs) in micro-grids. The proposed supplementary …

This article proposes a supplementary controller for inverter based distributed generations
(DGs) to damp out the power and frequency oscillations that may occur following the change …

This paper proposes a supplementary controller to damp out the power and frequency
oscillations of inverter-based resources (IBRs) connected to weak power grids. The …

In this article, a nonlinear adaptive control strategy is proposed for a power conversion
system (PCS) based on the interconnection and damping assignment passivity-based …

This paper proposes a parametric-Lyapunov approach to the design of a stabilizer aimed at
improving the transient stability of micro-grids (MGs). This strategy is applied to electronically …

The large-scale penetration of wind power might lead to degradation of the power system
stability due to its inherent feature of randomness. Hence, proper control designs which can …

This paper proposes a stabilizer to suppress the large transients subsequent to
disconnection/reconnection of microgrids (MGs) that are controlled in a unified mode. In the …