Speed profiles play an important impact on the operational energy consumption of electric
buses (EBs). In this study, an eco-driving method is proposed for a connected and …

In recent years, fully electric vehicles (EVs) have accounted for a higher proportion of urban
buses. On account of their relatively short cruising range, many technologies were used to …

As prediction of trip-based electricity consumption has become an prerequisite for the
deployment of large-scale EB fleets, this study has established random forest-based models …

The growth of worldwide environmental awareness has prompted numerous countries to
focus on developing energy-conservation and carbon-reduction technology. The …

Due to the growing air quality concern in urban areas and rising fuel prices, urban bus fleets
are progressively turning to hybrid electric vehicles (HEVs) which show higher efficiency and …

Electric buses have many significant advantages, such as zero emissions and low noise and
energy consumption, making them play an important role in saving the operation cost of bus …

The energy demand of electric buses (EBs) is a very important parameter that should be
considered by transport companies when introducing electric buses into the urban bus fleet …

This paper proposes a novel and generic model to calculate the Electric Bus Energy
Consumption (EBEC) without the need for a high-resolution speed profile data. The …

This study aims to develop a trip energy consumption (TEC) estimation model for the electric
bus (EB) fleet planning, operation, and life-cycle assessment. Leveraging the vast variations …

Electric buses (EBs) have gained increasing popularity in public transportation services due
to zero-emission and less noise. However, range limitations have substantially hindered the …