Electric Powertrain Mathematical Modelling in Matlab-Simulink and Carsim

Project objectives

• Develop an electric powertrain model with Matlab Simulink blocks.

• Design an acceleration algorithm.

• Simulate the powertrain model using WLTP driving cycle data.

• Build a vehicle model in Carsim Software.

• Set the vehicle dynamics parameters in Carsim according to the target vehicle.

• Configure the vehicle trajectory and roads based on the WLTP driving cycle.

• Integrate the Matlab powertrain model as an external powertrain model in Carsim.

• Analyze the performance of both the vehicle and powertrain.

• Evaluate the impact of vehicle parameters on performance.

• Optimize the powertrain design for better performance and efficiency.

Vehicle Rolling Moment Model in Matlab-Simulink and Apply Aerodynamic Moment

Project objectives

• Developing the differential equation diagram for vehicle roll moment.

• Creating a rear wing moment model for the vehicle and linking it with the roll moment model.

• Utilizing lateral acceleration data of the vehicle as the input for the model.

• Analyzing the resulting roll angle of the vehicle.