Worldwide considerable resources in terms of R&D have commissioned in the field of electrical mobility. Due to the significant dissemination of Electric Vehicles (EVs) predicted in the near future, the concept of vehicle-to-grid (V2G) will be practically achievable, to improve the integration of renewable energy into distribution networks and leads to economic and environment benefits, supporting the grid operation, reducing substation transformers and line overloading to defer or even avoid investments. In the paper, an intelligent and decentralized Multi Agent System for managing EV charging/discharging in LV distribution networks is proposed.
Multi-agent control system for the exploitation of Vehicle to grid in active LV networks
Mocci, Susanna
;Natale, Nicola;Pilo, Fabrizio;Ruggeri, Simona
2016-01-01
Abstract
Worldwide considerable resources in terms of R&D have commissioned in the field of electrical mobility. Due to the significant dissemination of Electric Vehicles (EVs) predicted in the near future, the concept of vehicle-to-grid (V2G) will be practically achievable, to improve the integration of renewable energy into distribution networks and leads to economic and environment benefits, supporting the grid operation, reducing substation transformers and line overloading to defer or even avoid investments. In the paper, an intelligent and decentralized Multi Agent System for managing EV charging/discharging in LV distribution networks is proposed.
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