The electric vehicle (EV) flexibility, indicates to what extent the charging load can be
coordinated (ie, to flatten the load curve or to utilize renewable energy resources). However …

This paper proposes a method for analyzing and simulating the time-dependent flexibility of
electric vehicle (EV) demand. This flexibility is influenced by charging power, which depends …

Electric vehicles (EVs) are a new load type with considerable temporal flexibility. This work
evaluates to what extent EV fleets (based on empirical driving profiles from two distinct …

The increasing adoption of electric vehicles (EVs) presents both challenges and
opportunities for the power grid, especially for distribution system operators (DSOs). The …

The mass adoption of Electric Vehicles (EVs) might raise pressure on the power system,
especially during peak hours. Therefore, there is a need for delayed charging. However, to …

The increasing electric vehicle (EV) adoption in the context of transportation electrification
and carbon neutrality pursuit brings both new challenges and opportunities for all the …

Despite the many environmental benefits that a massive diffusion of electric vehicles (EVs)
could bring to the urban mobility and to society as a whole, numerous are the challenges …

Electric vehicle (EV) grid integration presents significant challenges and opportunities for
electricity system operation and planning. Proper assessment of the costs and benefits …

Electric vehicles (EVs) are becoming a promising source of grid ancillary services due to the
temporal and spatial charging flexibility, quick response and storage capability. Such …

Three novel pricing schemes based on the centralized and decentralized architectures for
day-ahead optimal scheduling of Electric Vehicles (EVs) are proposed in this paper. A novel …