Electric vehicles (EV) are often considered as an environmental conscious alternative to
conventional vehicles with internal combustion engines (ICEV). In order to quantitatively …

Energy consumption directly determines the environmental benefits and driving range of
electric vehicles. The energy consumptions of vehicles are generally evaluated using …

This paper presents a simulation study dealing with the influence of different factors on the
energy consumption of an electric vehicle (EV). Due to the limited quantity of energy …

Energy efficiency of electric vehicles (EVs) and the representativeness of different driving
cycles are important aspects to address EVs performance in real-world driving conditions …

The limited drive range (The maximum distance that an EV can travel.) of Electric Vehicles
(EVs) is one of the major challenges that EV manufacturers are attempting to overcome. To …

The use of electric vehicles (EVs) is viewed as an attractive option to reduce CO 2 emissions
and fuel consumption resulted from transport sector, but the popularization of EVs has been …

In order to attain emissions reduction targets to improve air quality and reduce global
warming, electric vehicles (EVs) arise as alternatives to conventional vehicles fueled by …

Concerns have been expressed regarding the displacement of harmful emissions from
internal combustion engine vehicle (ICEV) tailpipes to the sources of electricity generation …

This work evaluates driving behaviour, trip distance, ambient temperature, traffic condition
and road grade effects on the specific energy consumption (SEC) of an electric vehicle (EV) …

With increasing mass-adoption of electric vehicles, the energy consumption has become a
key performance index to electric vehicle drivers, automakers and policy-makers. Accurate …