Adapting to the instantaneous disturbance in the driving environment and balancing the
optimality and computational efficiency of control algorithms are two major challenges for the …

With the advent of vehicle connectivity via intelligent transportation systems, the
simultaneous optimization of powertrain operation and vehicle dynamics has become an …

Abstract Recent advances in Inter-Vehicle Communications (IVC) and Vehicle-Infrastructure
Integration (VII) paved ways to real-time information sharing among vehicles, which are …

With inevitable random disturbance in traffic scenarios, electric vehicles (EVs) may face the
driving safety issue, while, if operated over cautiously, the frequent speed variation …

Energy management strategies play a critical role in performance optimization of plug-in
hybrid electric vehicles (PHEVs). In order to attain effective energy distribution of PHEVs, a …

To achieve a real-time optimization of the economic and dynamic performance for electric
vehicles equipped with the dual-motor powertrain system, this study proposed a hierarchical …

Energy management is one of the key technologies to improve the energy efficiency of
electrified vehicles. In the existing real-time powertrain control strategies, most studies focus …

This article proposes a stochastic predictive energy management strategy based on fast
rolling optimization for plug-in hybrid electric vehicles (PHEVs). First, combined with a large …

Electric vehicles (EVs) are regarded as the clean transportation due to their wide promising
application in the energy conservation and vehicle safety. However, how to allocate the …

Nowadays, the comprehensive performance of plug-in hybrid electric vehicle (PHEV) is
expected to be further improved with development of connected vehicle technology …