Research Effectiveness of Regeneral Brake Energy on Toyota Prius Vehicles by Matlab/Simulink

M. Le, Toan Nguyen Van
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Abstract

Regenerative brake control creates an optimal synergy between mechanical and electrical braking. Based on the study of vehicle dynamics under braking conditions propose a new control mode that ensures the best braking performance and maximum braking energy recovery. The implementation of the above control mode requires a combination of the traction control model and the brake control system. The HEV power distribution model is built using Matlab/ Simulink and the simulation results have shown a significant improvement in fuel consumption when using the regenerative braking system.
基于Matlab/Simulink的丰田普锐斯汽车制动能量回收效果研究
再生制动控制创造了机械和电气制动之间的最佳协同作用。在研究汽车制动工况下的动力学特性的基础上,提出了一种保证最佳制动性能和最大制动能量回收的新型控制模式。上述控制方式的实现需要牵引力控制模型与制动控制系统相结合。利用Matlab/ Simulink建立了混合动力汽车的动力分配模型,仿真结果表明,采用再生制动系统后,混合动力汽车的燃油消耗得到了显著改善。
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