The widespread electrification of public transportation is increasing and is a powerful way to
reduce greenhouse gas (GHG) emissions. Using real-world driving data is crucial for vehicle …

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 …

Electrification of transportation systems is increasing, in particular city buses raise enormous
potential. Deep understanding of real-world driving data is essential for vehicle design and …

Electric vehicles (EVs) have positive impacts on reducing oil dependence and exhaust
emissions. However, the range problem of EVs is a factor that raises concerns for individual …

The transformation of diesel buses into battery-powered electric buses for public
transportation has become a global trend. The ability to evaluate the energy consumption of …

The prediction of electric city bus energy demand is crucial in order to estimate operating
costs and to size components such as the battery and charging systems. Unfortunately, there …

ABSTRACT 1 Many cities in Europe and around the world are concerned with reducing their
CO2-emissions. 2 One step on this agenda is the introduction of electric buses to replace …

Energy consumption modeling for electric vehicles is conducive to achieving eco-driving
optimization and alleviating driver 'range anxiety'. However, it remains challenging due to …

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 …

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 …