… In such a condition, transit operators are more concerned with the total energy consumption
of each trip, rather than the instantaneous energy consumption. Hence, the trip level …

… Ceder (2011) develops an optimization framework to study the trade-off between service
level and cost. Each timetabled trip has a minimum service level requirement that includes …

… The complexity of the deployment increases as the EB network increases; hence, in
order to operate large-scale electric bus fleets well, estimation of the trip-based electricity …

… energy consumption prediction is conducive to bus route scheduling and charging … data for
electric bus. The aim of this study involves predicting bus trip-level energy consumption. Thus…

… Transit buses are considered a promising candidate for electrification. This study contributes
to the growing literature on battery-electric buses … for the calculation of trip-level BEB energy …

… trips are operated on this network by typical 12-meter buses. … transfer levels on the
characterization of the resulting bus fleet … trip end times (time to reach the final bus stop) for all the …

… electricity consumption factor in kWh/km for micro-trip j; L is the driving range of micro-trip j; E
j is the electricity consumption in kWh for micro-trip j; … electricity consumption at the trip level. …

… Stochastic simulations based on real passengers and travel times data are realized for
several scenarios with different levels of bunching for a line of electric buses. Our method …

… Each electric bus i ∈ V 0 starts the day with a SoC level e ̄ i and must end the day with a
SoC level no … electric buses having at least one trip assigned in the first-stage model. For each …

… the model using two electric bus operating data from China and Norway. The model can
predict power demand at 1 Hz frequency and then trip-level energy consumption is estimated …