CONICET | Buscador de Institutos y Recursos Humanos

Electric microgrids have become an interesting tool to facilitate the inclusion of renewable energies.Its architecture and control system plays a fundamental role in the implementation of these systems.This paper proposes a control strategy for the management of energy resources in a residential microgrid.The system is made up of a set of solar panels as renewable resource, a storage system formedby a lithium-ion battery bank and a consumption profile according to a residence. The microgrid willbe connected to the main electrical grid and the proposed management strategy consists in the implementationof a suitable Economic Model Predictive Control, where it considers the costs of use forthe different components of the microgrid, thus contemplating the participation of the system as anactive agent in the electricity market. Simulations were carried out with different scenarios of availableresources and prediction times. In all cases, the objectives fulfilling by satisfying the restrictionsoperational and technical imposed on the system.

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