EV charging system with PV grid-connected configuration

This paper presents an experimental control strategy of electric vehicle charging system composed of photovoltaic (PV) array,converters,power grid emulator and programmable DC electronic load that represents Li-ion battery emulator. The designed system can supply the battery at the same time as PV energy production. The applied control strategy aims to extract maximum power from PV array and manages the energy flow through the battery with respect to its state of charge and taking into account the constraints of the public grid. The experimental results,obtained with a dSPACE 1103 controller board,show that the system responds within certain limits and confirm the relevance of such system for electric vehicle charging.

Disciplines : Transports terrestres. Transports routiers,Environnement,Ressources naturelles et énergie
Mots-clés : électromagnétisme,énergie,énergie renouvelable,environnement,industrie,innovation,perspective énergétique,pollution,qualité de l'air,ressources énergétiques,transport,voiture
Type de document : image en mouvement
Type de ressource : lecture
Niveau : higher education,master
Publics visés : learner,teacher
Auteurs ou éditeurs : M. Sechilariu,Lille1.tv - Université Lille 1