In this paper a Serie SeriesResonant Inductive Power Transfer (SSRIPT) circuit for wireless ebike battery charger is proposed. The system architecture is accurately described, while highlighting the main features of a suitable design procedure. A simulation model is developed in PSIM software to verify the circuit is fully functional. A fullscale proptotype of a 80 W battery charger has been realized, with particular attention to the layout optimization in order to minimize weight and volume of the final product. Moreover, it is equipped with two XBeePro S2 radios to also obtain a wifi communication between the primary and secondary side. Experimental tests carried out on the prototype confirm the effectiveness of the proposed design and control approach.
Wireless Power Transfer circuit for e-bike battery charging system
2018-11-01
829116 byte
Conference paper
Electronic Resource
English
Electric Bike Battery charging system and management methods
European Patent Office | 2019
Electric Bike Battery charging system and management methods
European Patent Office | 2017
|WIRELESS CHARGING ELECTRONIC BIKE AND CHARGING STATION FOR PERSONAL MOBILITY DEVICE
European Patent Office | 2023
|