Control strategy and parameter optimization of compound energy storage device for pure electric vehicle

Tianyu Ma; Jianjun Xu; Guo Xu; Xuyang Zeng

doi:10.54097/jhj4uel3

Authors

Tianyu Ma
Jianjun Xu
Guo Xu
Xuyang Zeng

DOI:

https://doi.org/10.54097/jhj4uel3

Keywords:

Supercapacitor, Compound energy storage device, Control strategy, Optimize

Abstract

In order to solve the problem of insufficient power of battery of pure electric vehicle, we study the energy storage system of electric vehicle. According to the characteristics and objectives of the complex energy storage device, we design its working mode, and propose a fuzzy control strategy based on speed and current limitation. In order to further improve the vehicle performance and reduce the output current of the battery, the key parameters of the composite energy storage device are linearly optimized. The simulation results show that: The acceleration time of pure electric vehicles equipped with composite energy storage devices is shortened by 12%, the braking energy recovery efficiency is increased by 39%, the power consumption of 100 kilometers is reduced by 8.55%, and the output current of the battery is significantly reduced, effectively extending the service life of the battery and the driving range of the vehicle.

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