Our driveline performance simulation allows to predict range and consumption in standardized test procedures (i.e. NEDC, WLTC), in customer defined cycles and to analyze common use cases (e.g. top speed, acceleration, continuous speed, hill climb, curb climb) at all stages of development. 

A basic simulation can be quickly used in concept phase and early stages of the development to define the vehicle’s key figures (e.g. topology, component dimensioning, gearbox ratio, battery size). Advanced simulations can be used in further development phases and include detailed component models and control algorithms. These can be used to optimize single components as well as the interaction of components in the complete vehicle. To increase efficiency automated processes for optimization and result evaluation are embedded in the CES simulation toolchain.