Communication infrastructure (CI) in microgrids (MGs) allows for the application of different
control architectures for the secondary control (SC) layer. The use of new SC architectures …

Voltage control is becoming a key issue in active distribution systems, which are electric
distribution networks characterized by a large penetration of DERs. Traditional voltage …

This article presents the control of a grid connected PV (GC-PV) array system, starting from a
benchmark. The control structure used in this article was a cascade-type structure, in which …

Starting with the problem of connecting the photovoltaic (PV) system to the main grid, this
article presents the control of a grid-connected PV system using fractional-order (FO) sliding …

In this paper, a decentralized frequency control of ac microgrid (MG) governed by P-ω droop
characteristics is presented. This approach is realized by applying an active power …

This article proposes a robust inertial controller for converter‐based distributed generators
employed in low‐inertia power systems like microgrids. The increasing penetration level of …

In this paper, a new modeling method based on the equivalent Thevenin circuit is proposed
for inverter-interfaced microgrids. The proposed method approximates the entire network …

In this paper, a new modelling approach based on the equivalent Thevenin circuit is
proposed for voltage source converters in islanded microgrids. The proposed method …

The increasing use of distributed energy resources has motivated the development of
microgrid systems to improve the reliability of electric power distribution systems. However …

In this paper, a complete small signal model of two networked microgrids (NMGs) is
provided, which can be used in the stability analysis, stability margin derivation and …