There is an increasing interest and research effort focused on the analysis, design and implementation of distributed control systems for AC, DC and hybrid AC / DC microgrids. It is claimed that distributed controllers ...

Control of power electronic inverters in AC microgrids is a challenging research field, and the deployment of control strategies to real-life implementations requires intensive theoretical and experimental prior assessment. ...

Microgrids are emerging to coordinate distributed energy resources and locally increase reliability to expected events and resilience to extreme events. Furthermore, by deploying their inherent flexibility, grid-connect ...

This paper presents a literature review on optimal control techniques for energy management and control of microgrids. A classification of references linked with the design and development of optimal energy management ...

This work presents the modeling and simulation of the economic dispatch performed in a microgrid. A flexible algorithm is developed in order to get the optimal operation of a microgrid. The performed simulations use the ...

his article presents the development of an energy management system using fuzzy logic applied to a microgrid that combines photovoltaic solar energy, wind energy and a storage system with batteries. The model was developed ...

This paper proposes a distributed controller in order to achieve the economic dispatch (ED) of a microgrid, which complies with the Karush-Kuhn-Tucker optimality conditions for a linear optimal power flow formulation. The ...

This paper proposes a modified version of the power‐based control (MPBC) applied to microgrids (μGs) with multiple points of connection (i.e., utility grid itself or any other neighboring μG). Using the MPBC, single‐phase ...

Energy microgrids have acquired great importance recently thanks to their main characteristics: decentralized generation, use of renewable energy sources in a distributed way, energy storage capacities and the possibility ...