Strategy to facilitate EV infrastructure on local level

The amount of electric vehicles is increasing due to measures taken by governments in order to make a, for sustainability, desired switch from the embedded system of combustion vehicles. A barrier for the market adaptation of electric vehicles is the availability of a charging infrastructure. In the Netherlands municipalities are responsible for...

The contribution of gaming simulation to market model design: A gaming simulation case study to the preferred market model for the charging infrastructure for electric transport in the Netherlands

The charging of electric vehicles is a new market that is emerging, partially from existing markets. The emergence of such new markets requires the definition of new roles and responsibilities. Such a ‘market model’ describes the market roles (e.g. owner, operator etc) in terms of responsibilities and interactions between roles (processes)....

Explore the future of electric vehicles in China using socio-technical scenarios

Smart Integration of Electric Vehicles in the Dutch Power System: Designing mechanisms to manage large volumes of electric vehicle recharging demand in a capacity constrained distribution system

The introduction of large numbers of Electric Vehicles (EV) poses significant challenges to the power infrastructure. The combination of expected consumer recharging behaviour and the technical characteristics of the EV’s recharging power demand could potentially lead to significant increases in peak demand and cause overloads. Conventional...