Óptimo control terciario para el sistema de almacenamiento de energía mediante baterias acopladas a micro-redes en DC usando programación lineal entera mixta

Abstract

The present research work proposes an optimal tertiary control of Micro networks (MR) in Direct Current (CC), based on mixed integer linear programming. Indeed, the study will be based on achieving a tertiary control in DC MR for the stability and reliability of the established system. Micro-grids are characterized by obtaining systems that complement electricity generation and energy storage, therefore, they are capable of reducing transmission losses, and thus improve efficiency. Naturally, they are linked to a conventional central network, taking into account that they can be disconnected, allowing an autonomous function. Therefore, the system will establish that the MR will be able to work solidly within the established standards, taking into account that it will be carried out in a robust system, therefore, its electrical management will have optimal stability within the system. So, for the simulation and visualization of results, mathematical tools such as: Matlab / Simulink will be used