The invention designs an electric vehicle braking energy recovery system based on Internet of Vehicles. The system comprises an information sensing module, a system decision module and a system execution module. The system information sensing module collects road surface information fed back by the vehicle networking platform and the motion state of the vehicle all the time, the collected information is sent to the system decision-making module for decision-making judgment of next-step driving of the vehicle, and under the condition that the road safety driving standard is met, the condition that the vehicle can conduct maximum energy recovery is judged. And the decision judgment result is sent to the system execution module, so that the automobile runs under the decision judgment condition, maximum energy recovery is carried out, and the recovered energy is converted and stored in a storage battery to increase the endurance mileage of the automobile.
本案设计一种基于车联网的电动汽车制动能量回收系统,该系统包含信息感知模块,系统决策模块,系统执行模块。系统信息感知模块时刻采集车联网平台反馈的路面信息以及本车的运动状态,将所采集到的信息发送至系统决策模块进行汽车下一步行驶的决策判断,在符合道路安全驾驶标准的情况下,判断出车辆可以进行最大化能量回收条件。将决策判断结果发送至系统执行模块,使汽车在决策判断条件下行驶,并进行最大化能量回收,将回收能量转化储存在蓄电池中增加汽车的续航里程。
Electric vehicle braking energy recovery system based on Internet of Vehicles
一种基于车联网的电动汽车制动能量回收系统
2024-06-28
Patent
Electronic Resource
Chinese
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