Simulation of Intelligent Control for Electric Vehicle Braking Energy Cycle Recovery
In order to improve the endurance of the pure electric vehicle and ensure the stable running of the ve-hicle,a control method of braking energy recovery of the pure electric vehicle is proposed.Analyze the energy change of the pure electric vehicle in the driving process from multiple perspectives,consider the relevant resistance that the driving force needs to overcome,and calculate the actual power consumption of the vehicle driving according to the working efficiency of the vehicle components and the battery charging situation.Analyze the dynamics of pure electric vehicle braking process and the impact of road friction factor on braking,and identify the energy loss and related fac-tors affecting energy recovery during vehicle braking.In order to obtain the maximum regenerative energy,in the ener-gy recovery control,the energy is compensated by braking,and more kinetic energy is used for the power generator to achieve the recovery cycle of braking energy.The simulation results show that the research method has good control effect on the recovery of braking energy,and the recovery rate is ideal.
Pure electric vehicleEnergy recoveryRecovery controlBraking energyDriving force
NETL
NSTL
万方数据
维普
