Author :
Li, Keqiang ; Chen, Tao ; Luo, Yugong ; Wang, Jianqiang
Abstract :
The concept of an intelligent environment-friendly vehicle (i-EFV) is proposed in this paper. It integrates three components, i.e., clean-energy powertrain, electrified chassis, and intelligent information interaction devices. By employing such technologies as structure sharing, data fusion, and control coordination, more comprehensive performances are achievable, in terms of traffic safety, fuel efficiency, and environmental protection. Based on its definition and configuration, some key technologies, including design for resource effectiveness, driving environment identification, and coordinated control, are studied. As a basic application, a platform of an intelligent hybrid electric vehicle (i-HEV), which incorporates a hybrid powertrain with adaptive cruise control, has been designed and implemented. Both simulation and experimental results demonstrated that the i-EFV performed better than a conventional vehicle.
Keywords :
air pollution control; automated highways; road safety; sensor fusion; clean energy powertrain; coordinated control; data fusion; driving environment identification; environmental protection; fuel efficiency; intelligent environment friendly vehicles; intelligent information interaction devices; traffic safety; Fuels; Mechanical power transmission; Safety; Sensor systems; Vehicle dynamics; Vehicles; Control coordination; data fusion; intelligent environment-friendly vehicle (i-EFV); intelligent hybrid electric vehicle (i-HEV); structure sharing;