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Design for Hybrid Electric Drive system of armored vehicle with two energy storage devices

机译:具有两个能量存储装置的装甲车混合动力驱动系统的设计

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Aimed at characteristic of regenerative brake of hybrid electric drive system of armored vehicle, hybrid electric drive system of armored vehicle with two energy storage devices (battery and flywheel) in series is designed for steal running and electro-thermal chemical gun in future combat field. Battery and flywheel are coordinated to store maximum feedback energy. Heavy current within short time is feed back to flywheel battery and low current within long time is feed back to battery. The mathematical model of this system is built. Simulation results show that in this system engine can work in the optimum fields, battery can work in the high efficiency zone and storage device can store enough regenerative brake energy for steal running and shooting electro-thermal chemical gun.
机译:针对装甲车辆混合动力电动驱动系统的再生制动器的特征,串联的铠装载机的混合动力电动驱动系统(电池和飞轮),设计用于未来战斗领域的抢断和电热化学枪。电池和飞轮协调,以存储最大反馈能量。短时间内重电流返回飞轮电池电池,在长时间内的低电流返回电池。构建了该系统的数学模型。仿真结果表明,在该系统发动机中可以在最佳领域工作,电池可以在高效率区域工作,存储设备可以存储足够的再生制动能量,用于窃取运行和拍摄电热化学枪。

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