Optimal regenerative braking with a push-belt CVT: an experimental study
van K Koos Berkel, Théo Hofman, BG Bas Vroemen, Maarten Steinbuch
Abstract
van K Koos Berkel, Théo Hofman, BG Bas Vroemen, Maarten Steinbuch
Abstract
This paper describes the approach and the results of efficiency experiments on a push-belt Continuously Variable Transmission (CVT) in a new hybrid drive train. The hybrid drive train uses the push-belt CVT to charge a flywheel, with the kinetic energy of the vehicle during regenerative braking and discharge during flywheel driving. The experiments are performed on a test rig with two electric machines following prescribed speed and torque trajectories, representing the flywheel and vehicle load. The approach includes the design of a control strategy for the variator, which enables regenerative braking. The experimentsshow that the CVT can be used very efficiently in the proposed hybrid drive train.
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This paper describes the approach and the results of efficiency experiments on a push-belt Continuously Variable Transmission (CVT) in a new hybrid drive train. The hybrid drive train uses the push-belt CVT to charge a flywheel, with the kinetic energy of the vehicle during regenerative braking and discharge during flywheel driving. The experiments are performed on a test rig with two electric machines following prescribed speed and torque trajectories, representing the flywheel and vehicle load. The approach includes the design of a control strategy for the variator, which enables regenerative braking. The experimentsshow that the CVT can be used very efficiently in the proposed hybrid drive train.
Key concepts: Flywheel, Regenerative brake, Automotive engineering, Torque, Continuously variable transmission, Engineering, Engine braking, Dynamic braking