Climate change prompts humanity to look for decarbonisation opportunities, and a viable
option is to supply electric vehicles with renewable energy. The stochastic nature of …

Electric vehicles are promising to mitigate the in-creasing CO 2 emissions from transport,
provided that renew-able energy sources generate the demanded electricity. The …

Most of the road transportations currently depend on fossil fuels, which results in significant
environmental and health issues. This is being addressed with the deployment of electric …

Millions of electric vehicles (EVs) will enter service in the next decade, generating gigawatt-
hours of additional energy demand. Charging these EVs cleanly, affordably, and without …

This paper proposes a novel demand response method that aims at reducing the long-term
cost of charging the battery of an individual plug-in electric vehicle (PEV). The problem is …

With the transition towards electric vehicles comes a need for more charging infrastructure.
Office buildings can struggle with charging station hosting capacity limitations due to …

Smart charging systems can reduce the stress on the power grid from electric vehicles by
coordinating the charging process. To meet user requirements, such systems need input on …

The ongoing electrification of mobility comes with the challenge of charging electric vehicles
(EVs) sufficiently while charging infrastructure capacities are limited. Smart charging …

In the smart grid environment, the penetration of electric vehicle (EV) is increasing, and
dynamic pricing and vehicle-to-grid technologies are being introduced. Consequently …

A crucial challenge in future smart energy grids is the large-scale coordination of distributed
energy generation and demand. In the last years several Demand Side Management …