The aim of this work is to estimate e-mobility trends, which are crucial for understanding the market and the infrastructure expansion over the next years and debate which are the persuasive policies to improve the diffusion. At the present time between the numerous and diverse standards and rules there are two charging types for electric vehicles: high power DC and AC charging modes. It will be stimulating to understand which technology will overcome in the following few years and if the charging mode option on a given electric vehicle (EV) affects its sales results. This paper addresses the existing e-mobility scenario in Norway and Italy, in particular evaluating: EV technical and commercial features, EV market connected to national incentive strategies, technical and diffusion connector type and charging mode. In conclusion, based on the existing history and analysis of the informations accessible, this work presents a measured outlook on the probable progress of this expanding niche market.

On the strategies for the diffusion of EVs: Comparison between Norway and Italy

Longo, Michela
2017-01-01

Abstract

The aim of this work is to estimate e-mobility trends, which are crucial for understanding the market and the infrastructure expansion over the next years and debate which are the persuasive policies to improve the diffusion. At the present time between the numerous and diverse standards and rules there are two charging types for electric vehicles: high power DC and AC charging modes. It will be stimulating to understand which technology will overcome in the following few years and if the charging mode option on a given electric vehicle (EV) affects its sales results. This paper addresses the existing e-mobility scenario in Norway and Italy, in particular evaluating: EV technical and commercial features, EV market connected to national incentive strategies, technical and diffusion connector type and charging mode. In conclusion, based on the existing history and analysis of the informations accessible, this work presents a measured outlook on the probable progress of this expanding niche market.
2017
Charging station; E-mobility; Electric vehicles; Infrastructure; Renewable Energy, Sustainability and the Environment; Energy Engineering and Power Technology
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1085415
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