Micro-réseau intelligent pour la gestion des ressources énergétiques

Abstract : The rarefaction of the fossil fuels, the increase in the demand for energy as well as the emissions of greenhouse gases are major concerns. As a result, developing renewable energies and controlling the demand for energy, in particular in the residential sector, are interesting solutions. So, new and intelligent strategies are needed in order, first, to manage the local production of energy, as well as its injection on the electricity grid, and, secondly, to maintain the equilibrium of supply and demand. The aim of the present work is to develop then validate in simulation an intelligent and multicriteria approach (predictive or not) for the management of the energy resources in a microgrid, i.e. a single-storey house equipped with production and storage systems. The proposed approach is based on the status of the electricity grid in order to minimize the impact of both the local production and consumption of electricity. The considered house as well as the production (i.e. photovoltaic solar panels and a vertical-axis windmill) and storage (i.e. batteries) systems have been modelled. In addition, several energy and economic criteria have been defined in order to evaluate the proposed strategy. The results highlight interesting configurations allowing energy self-consumption to be promoted and the injection/extraction process to be optimized. So, a better balance between supply and demand has been achieved.
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Submitted on : Thursday, January 21, 2016 - 4:31:36 PM
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  • HAL Id : tel-01260201, version 1

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Aurélie Chabaud. Micro-réseau intelligent pour la gestion des ressources énergétiques. Automatique / Robotique. Université de Perpignan Via Domitia, 2014. Français. ⟨tel-01260201⟩

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