The hybridization of powertrains is an important step toward efficient and clean mobility. In particular, the possibility of shifting the operation of the combustion...
The trend towards battery electric vehicles will continue and likely even accelerate in the future. These vehicles will make a significant contribution to meet...
Battery electric vehicles (BEVs) will play a major role in achieving future vehicle fleet targets for emissions such as CO2, NOx, and particulate matter....
FEV continues to maintain a global leadership position in benchmarking of transmissions. In the early years FEV’s transmission benchmarking was focused on 5-6 speed...
Further potential for reducing real-world consumption can also be found in heavily electrified or even all-electric vehicles. High levels of automation have proven...
Electromobility is constantly increasing in importance, and is currently a significant part of daily challenges. Hybrid and electric vehicles continue to represent a...
FEV has developed a system engineering approach focused on benchmarking. In this approach, the synergetic combination of testing, simulation and design assessment provides...
Significantly increased requirements regarding the environmental compatibility of combustion engines require more specific measures for reductions in consumption and emissions. Every modification to the...
To ensure a reasonable development time of future complex hybrid powertrains, while maximizing their efficiency, and improving the early prediction of the vehicle...