Considering the abundant wind and solar energy resources on waters, this paper integrates
wind assistant propulsion and photovoltaic technology with ship electric power system as …

The monitoring and reporting of CO 2 emissions of light duty vehicles in Europe and other
major markets is based on the New European Driving Cycle and the accompanying test …

Hybrid electric propulsion systems attract considerable research interest because of their
potential to reduce fuel consumption, greenhouse gas emission, and net present cost …

Due to the ignorance of dynamic characteristics of powertrains, existing frameworks for co-
optimizing component sizing and energy management of hybrid powertrains may lead to …

The co-design optimization that simultaneously couples embodiment design and control
design is widely applied in fuel cell hybrid electric vehicles. However, due to imperfect …

Developing successful fuel cell hybrid vehicles (FCHVs), to be destined to the widest
deployment within the entire transport sector, is nowadays considered as a highly strategic …

Hybrid electric propulsive systems (HEPSs) attract increasing research interest due to their
environmental and economic merits. However, the design optimization of HEPSs with the …

Tracked vehicles are integral for maneuvering diverse terrains, with hybrid propulsion
systems offering potential benefits in terms of fuel efficiency and performance. However …

Fuel economy prediction models usually require vehicle specifications such as a fuel
consumption map which are not publicly available. Therefore, the present study proposed a …

In this paper is presented a complete Simulink model and a control strategy for the energy
management of a parallel hybrid electric UAV (Unmanned Air Vehicle) powertrain. The …