The status of air pollution is serious all over the world. Analysing and predicting vehicle
energy consumption becomes a major concern. Vehicle energy consumption depends not …

Connected automated driving technologies have shown tremendous improvement in recent
years. However, it is still not clear how driving behaviors and energy consumption correlate …

Electric buses play a vital role in future sustainable transportation and estimating the energy
consumption of electric buses is important for reducing range anxiety and optimizing …

Whether the available energy of the on-board battery pack is enough for the driver's next trip
is a major contributor in slowing the growth rate of Electric Vehicles (EVs). What's more, the …

Similar to electric vehicles for the consumer market, the driving range of battery electric city
buses is still a limiting factor for market adoption. Furthermore, this driving range can vary …

In this paper, an energy model for battery electric buses (Ebus) is proposed. The model is
developed based on established models for longitudinal dynamics, using event-based low …

The electrification of public transportation fleets worldwide can pose a challenge to multiple
stakeholders, such as the fleet operator or the operator of the local electrical grid. One of the …

Battery electric vehicle (BEV) has been thought as a key factor in decreasing global
greenhouse gas emissions and energy conservation. Therefore, recent developments in …

Public transit bus fuel consumption is a function of the duty cycle, power demand when
driving and idling, and the efficiency of the bus. Accurate evaluation of fuel consumption is …

Range anxiety remains one of the main hurdles to the widespread adoption of electric
vehicles (EVs). To mitigate this issue, accurate energy consumption prediction is required. In …