Drive-cycle and Vehicle Performance Simulation
Drive cycle simulation is used extensively to assess the CO2 reduction potential and vehicle performance enhancement benefits of various technologies, including hybridization.
Our Value Add
- Evaluation of novel hybrid architectures using forward or backward facing analysis techniques
- ‘Virtual’ driver model to support forward facing analysis
- In –depth knowledge of hybrid components (batteries, super-capacitors, electric motors, converters, mechanical flywheels)
- Control algorithm and drive-cycle development (RDE and legislative cycles)
- Ability to model influence of component dynamic performance
- Cooling system analysis under transient operation
Our Tools, Facilities and Services
- GT-suite for building a virtual vehicle driveline
- Direct link to MATLAB/Simulink software for detailed control analysis
- Ability to develop complex control strategies and algorithms
- Bespoke sub-models to enhance the analysis process
- From concept to production engineering services
Customer Benefits
- Significant experience in the field of vehicle modelling and hybrid technologies
- Customer tailored project approach for maximum efficiency
- Development of bespoke component models and control strategies
- Flexibility to adapt to changing project objectives