This paper develops a penalty factor-based objective function for scheduling the strategy of
coordinated charging and discharging of Electric Vehicles (EVs). Firstly, EVs owner …

The increasing of electric vehicles (EVs) alleviates the faced environmental problems but
brings challenges to the optimal operation of transportation network (TN) and distribution …

Electric vehicles (EVs) need to be recharged at intermediate locations, such as shopping
malls, restaurants, and parking lots, to meet the daily commute requirements of their users …

Taxi fleets are suitable for the first stage of deployment of electric vehicles (EV) because EV
taxis can provide chances for more people to experience EV. However, the lack of charging …

With the advance of battery energy technology, electric vehicles (EV) are catching more and
more attention. One of the influencing factors of electric vehicles large-scale application is …

Dynamic wireless charging technology can promote the popularization of electric vehicles
due to its role in alleviating range anxiety. It is necessary to consider it as a significant …

Electric vehicles (EVs) are being introduced by different manufacturers as an environment-
friendly alternative to vehicles with internal combustion engines, with several benefits. The …

Abstract Plug-in Electric Vehicles (PEVs) have gained the user's attention due to their smart
and cost-effective and environment-friendly services. With many benefits, the PEVs services …

With the increasing market penetration of electric vehicles (EVs), the charging behavior and
driving characteristics of EVs have an increasing impact on the operation of power grids and …

In this paper, we propose an optimal charging scheduling algorithm for hybrid vehicle
charging scenarios. Unlike traditional charging scheduling algorithms, which only consider …