This paper proposes a modified droop control technique for accurate power-sharing of a
resilient stand-alone microgrid. Two cases were presented in this study; In case 1, a stand …

The paper proposes a novel droop-control approach to fully cancel out unbalanced and
harmonic voltages in AC-islanded microgrids, focusing on perfecting power distribution in …

Microgrids based on power electronics are made up of several voltage source inverters
(VSIs) that are harmony operated in parallel. This paper presents a two-level hierarchical …

The purpose of this work is to improve Traffic sign recognition using machine learning to
improve comprehension of traffic signs. The Novel Artificial Neural Network (ANN) method is …

This paper presents an optimal performance of islanded microgrid (MG) based on Artificial
Rabbits optimization (ARO) algorithm for the best control of MG. The controller of the …

Modern electrical grids are going through a series of challenging transformations, primarily
due to the penetration of a large number of distributed generation units and active elements …

This paper proposes a combination of proportional-integral (PI) and fuzzy logic controllers
(FLC) for a microgrid operating in two modes of operation, ie grid-connected or islanded …

This paper proposes a Linear Quadratic Gaussian (LQG) control design for a grid-connected
and Islanded mode Microgrid composed of a single-network feeding and forming converter …

In this paper, a cooperative control strategy is presented to regulate frequency and voltage
in AC islanded microgrids (MGs). The proposed method employs a two-level hierarchical …

D'après ce que nous avons vu avec le comportement du régulateur PI dans le chapitre
précédent nous sommes optés de choisir une commande avancée qui peut s' adapter aux …