DESIGN OF AN INTELLIGENT SWITCHING SYSTEM FOR A MICROGRID - Seck, Assane
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The decentralized production of electrical energy is currently undergoing a very important change. Several renewable energy sources, such as wind (wind turbines), solar (thermal or photovoltaic), are increasingly used to produce electrical energy locally. Due to meteorological intermittency, energy management is one of the major challenges. In this paper, we present the design of an electronic module for the optimal control and management of the production of a hybrid energy system (PV-battery-grid) while ensuring the efficient and intelligent management of electrical energy in the system.…mehr

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Produktbeschreibung
The decentralized production of electrical energy is currently undergoing a very important change. Several renewable energy sources, such as wind (wind turbines), solar (thermal or photovoltaic), are increasingly used to produce electrical energy locally. Due to meteorological intermittency, energy management is one of the major challenges. In this paper, we present the design of an electronic module for the optimal control and management of the production of a hybrid energy system (PV-battery-grid) while ensuring the efficient and intelligent management of electrical energy in the system. This dissertation is composed of three chapters, the first of which is a study on hybrid systems, the second studies the management strategies used in these systems and finally the third chapter has allowed to make the simulation under the Proteus software and the design of the automatic switch
Autorenporträt
Doktorand im Bereich erneuerbare Energien an der Ecole Doctorale Développement Durable et Société der Universität Thiès.Masterabschluss in erneuerbaren Energien an der Ecole Polytechnique de thiès.Bachelor-Abschluss in Grundlagenphysik an der Université Cheikh Anta Diop de Dakar.