Electric vehicles (EVs) are increasingly used for commuting to the workplace where
employees expect charging opportunities. Limited power supply in existing infrastructures …

Growing electric mobility makes it difficult for electric vehicles (EVs) to charge adequately
while charging infrastructure capacities are limited. Due to the prolonged charging times …

Users charging the batteries of their electric vehicles in an uncoordinated manner can
present energy systems with a challenge. One possible solution, smart charging, relies on …

With the widespread use of electric vehicles, their charging power demand has increased
and become a significant burden on power grids. The uncoordinated deployment of electric …

The transport sector is a prominent source of increasing fuel consumption and greenhouse
gas (GHG) emissions. Electric vehicle (EV) is deemed an appealing solution for those …

In perspective of their environmental friendliness and energy efficiency, Electric Vehicles
(EVs) are posing a threat to traditional gasoline automobiles. Identifying the future charging …

Short-term load forecasting is a key task to maintain the stable and effective operation of
power systems, providing reasonable future load curve feeding to the unit commitment and …

The accurate prediction of electric vehicles (EVs) load is the research basis for evaluating
the impact of EVs on the power grid and optimizing the operation of the power grid …

Electric vehicles (EVs) have gained in popularity over the years. The charging of a high
number of EVs harms the distribution system. As a result, increased transformer overloads …

The adoption of electric vehicles (EV) has to be complemented with the right charging
infrastructure roll-out. This infrastructure is already in place in many cities throughout the …