Abstract The future Autonomous Vehicles (AVs) are likely to be electric. We started with a
review of the adoption of AVs, Electric Vehicles (EVs) and Autonomous Electric Vehicles …

This paper investigates the environmental trade offs resulting from the adoption of
autonomous vehicles (AVs) as a function of modal shifts and use phase. An empirical …

Autonomous vehicles (AVs) and electric vehicles (EVs) will trigger disruptive changes to
transportation systems via efficient driving, efficient use of travel time, reduced emissions …

Electric mobility is often presented as a way to tackle the environmental issues associated
with individual mobility, provided that electric vehicles are adopted by drivers on a mass …

Technology innovations are expected to overcome several barriers to the uptake of Electric
Vehicles (EVs). This paper explored the role of battery and charging technologies in the …

Electric vehicles (EVs) are considered a promising technology and an attractive solution for
a low-carbon future. It is therefore necessary to model the market penetration of EVs and …

The advent of the autonomous vehicle (AV) will affect not only the transportation system, but
also future patterns of land development. Integrated land use and transportation models will …

To reach climate neutrality goals, European countries need to reduce their transportation
sector emissions. To this end, implementing effective incentive policies to accelerate …

Increasingly guided by the use of ICT, the flow of humans and materials, smart cities and
autonomous mobility amalgamate into a game changer in urban planning. This paper …

The present paper proposes a model for evaluating environmental, social, and economic
impacts exerted by the diffusion of electric vehicles (EVs), which is a phenomenon that can …