Electric vehicles are affected by ambient temperature, which is closely related to the driving
range. This study conducted a comprehensive evaluation of the energy efficiency using both …

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 …

Electric vehicles are affected by various factors such as the ambient temperature, traffic
conditions, driver behavior, vehicle weight, and route characteristics. This study evaluated …

The ability to accurately predict the energy consumption of electric vehicles (EVs) is
important for alleviating the range anxiety of drivers and is a critical foundation for the spatial …

Electrified vehicle batteries primarily use lithium-ion batteries. During vehicle operation, the
charge and discharge cycles cause battery aging, leading to reduced battery lifespan. This …

Demand for battery electric vehicles has grown significantly in recent years as global oil
prices have climbed. The current development of battery electric vehicles is still in its infancy …

The variation in BEV energy consumption and driving range under different weather and
driving conditions can affect the usefulness and consumer acceptance of these vehicles …

In 2019, passenger car CO2 emissions peaked at 3.2 billion metric tons globally. Despite
efforts to curb vehicle CO2 emissions and the ambitious targets adopted for greenhouse gas …

The electric mileage of the electric passenger car decreased obviously under high and low
temperature conditions due to the use of air conditioning and battery performance fading. In …

In the present research, the energy flow of electric vehicle batteries under different
environmental temperatures was experimentally examined in a climate chamber. The …