Title :
Implementing electric mobility new business model in future scenario: the electric park and ride system
Author :
Campatelli, Gianni ; Meneghin, Andrea ; Benesperi, Filippo ; Barbieri, Riccardo
Author_Institution :
Dipt. di Ing. Ind., Univ. degli Studi di Firenze, Florence, Italy
Abstract :
Within the last years, under the push of the most important institutions, new models of private and public transport systems have been studied in order to reduce polluting impact of petroleum-based public and private mobility. EU focuses its attention especially on electric mobility, which seems the best solution in terms of economic and environmental sustainability. Following this idea, new business models are requested for major actors of urban transport system. This paper focuses on the development of a simulation approach to check the model economic feasibility and to verify how the proposed electric mobility system can be applied in a real contest. The business model chosen is the one where PTP (public transport provider) acts as CPM (charging point manager) with a CSP (charging system provider) and ancillary services. In particular, an electric park and ride (eP+R) that provides new electric mobility services has been modeled. The system has been tested through a specific simulation tool and the analysis has been based on real data that represents the current transport system of Florence (Italy).
Keywords :
battery powered vehicles; power grids; public transport; business model; charging point manager; charging system provider; economic feasibility; electric mobility services; electric mobility system; electric park; public transport provider; ride system; Batteries; Charging stations; Cities and towns; Data models; US Department of Defense; Vehicles; business model; electric vehicles; parking system; public transport provider; simulation tool; urban mobility; vehicle to grid;
Conference_Titel :
Electric Vehicle Conference (IEVC), 2014 IEEE International
DOI :
10.1109/IEVC.2014.7056138