… be: impact of vehicle weight on energy efficiency (which can be translated … Energy (DOE)
EV competition [12], and impact of two EV masses on energy consumption over different driving …

… on electric bus energy consumption and driving range, and to … to estimate the energy
consumption of transit buses using … energy consumption and assess route-specific driving range …

… energy efficient than diesel buses and the efficiency can be further increased by different
methods. This paper evaluates the energy consumption … , and predictive driving. A simulation …

… estimation of emissions and consumed energy. The main issue … driving range calculation
and state of charge estimation are generally performed on the basis of the standard driving …

… energy consumption on the level of 250–750 W. Additional energy consumption denotes
energy consumed … The analysis of the amount of energy recovered during braking indicates a …

… Reference [32] also proposes a blended strategy, where the goal is to optimally balance
fuel cell lifetime and vehicle energy consumption while ensuring the battery SOC reaches its …

… In this paper, fuzzy logic is used to realize constant SOC control and fuel consumption and
… %), the vehicle prefers long driving range with low fuel consumption before SOC reduces to …

… testing to characterize BEV energy consumption. By decoupling the impact of the driving
profile, our evaluation approach is generalizable to various driving conditions. In experiments …

… driving cycle uncertainty has on the energy consumption of buses. The method consists of
synthesizing new driving … Thus, an energy consumption distribution forecast can be acquired …

… Due to the large proportion of air conditioning energy consumption, we turned off the air
conditioning switch in the following simulations in order to maximize the vehicle’s potential. …