Smart charging and vehicle to grid technologies have a fundamental role in the integration process of electric vehicles in distribution networks, in order to ensure safe grid operation while coping with electric vehicle needs. This paper is focused on a technical-oriented optimization procedure for the operation of a low voltage semi-urban grid involving electric vehicles, aiming at minimizing grid losses while taking into account line loading and bus voltage technical limits, using linear programming techniques. The study allows to inspect vehicle interactions within grid operation, considering different load profiles and stochastic samples of vehicle usage.
Optimal Operation of a Semi-urban Network Integrating Electric Vehicles / Dicorato, M.; Marasciuolo, F.; Forte, G.. - (2023). (Intervento presentato al convegno AEIT 2023 international annual conference tenutosi a Rome, Italy nel 5-7 October 2023).
Optimal Operation of a Semi-urban Network Integrating Electric Vehicles
M. Dicorato;F. Marasciuolo;G. Forte
2023-01-01
Abstract
Smart charging and vehicle to grid technologies have a fundamental role in the integration process of electric vehicles in distribution networks, in order to ensure safe grid operation while coping with electric vehicle needs. This paper is focused on a technical-oriented optimization procedure for the operation of a low voltage semi-urban grid involving electric vehicles, aiming at minimizing grid losses while taking into account line loading and bus voltage technical limits, using linear programming techniques. The study allows to inspect vehicle interactions within grid operation, considering different load profiles and stochastic samples of vehicle usage.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
