… Abstract—In this paper, dynamic analysis and simulation of electric bus vehicle are … -scale
vehicle movement and calculation of electric traction performances. The electric bus vehicle …

… vehicles under these different conditions, allowing faster, cheaper and more precise design.
However, numerical models of passenger buses … In this case study, an electric bus dynamic …

… further improve their energy efficiency via vehicle connectivity and autonomy. … vehicle/powertrain
ecooperation system for electric buses (Eco-bus) by co-optimizing the vehicle dynamics …

… In this paper, we consider the operation of the electric bus as a dynamic system and
apply the FFRLS method for parameter identification and estimation. The system takes the …

… an integrated vehicle dynamic and powertrain control model to support the eco-operation
solution for a plug-in hybrid electric bus (PHEB) and improve the vehicle energy efficiency and …

… deployment of electric buses for public transportation, directly … of scientific literature on
electric bus research using science … The analysis indicates that future research on electric buses …

… of lower energy for the electric bus mentioned in this paper. … Based on the theory of vehicle
dynamics, a fully electric bus … of the vehicle’s longitudinal dynamics, the model of electricity …

… of electric buses (e-Buses) is developed, leveraging on a vast data collection campaign of
e-Bus … By assuming that the bus travels at a fixed speed while cruising, vehicle dynamics were …

… This research evaluates different methods to improve the energy efficiency of battery
electric buses. First, the simulation parameters of a generic electric bus are presented with the …

… such as battery-electric buses (BEBs), and today numerous companies and cities are
transitioning to greener bus fleets. However, the global adoption of electric buses is limited in large …