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Electric Vehicle Control Based on GPS and GSM Path Parameters

机译:基于GPS和GSM路径参数的电动汽车控制。

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Minimizing of energy consumption is important task which is solved at all vehicles. In the case of electric vehicles (EV), energy stored on board in chemical accumulators must be used very effectively. For this purposes mathematical model of EV and real journey data used for energy consumption calculation must be used. On the basis of journey regime optimization lower energy consumption can be achieved. Optimal journey regime is calculated from the demanded travelling time by means of known road data, obtained by means of GPS and GSM navigation system with the aim to travel with minimum fuel consumption. From the road horizontal and vertical data basic route elements are calculated. Basic route elements are compared with needed torque, generated by driver pedal. All this information is processed, optimized and needed mechanical torque is transmitted to the control unit of electric drive.
机译:最小化能量消耗是所有车辆解决的重要任务。在电动车(EV)的情况下,必须非常有效地使用储存在化学蓄能器中的能量。对于此目的,必须使用用于能耗计算的EV和实际旅程数据的数学模型。在旅程中,可以实现更低的能源消耗。通过通过GPS和GSM导航系统获得的已知道路数据从所需的旅行时间计算最佳旅程制度,该系统具有最小燃料消耗的目的。从道路水平和垂直数据的基本路由元素计算。基本的路线元件与驾驶员踏板产生的所需扭矩进行比较。处理,优化和所需的机械扭矩被处理,优化和所需的机械扭矩被传递到电动驱动器的控制单元。

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