Reports on the events and activities to take place during the IEEE VTS Motor Vehicles Challenge which will focus on combining energy management and component sizing multiobjective optimization problems for a multisource EV (see Figure 2). The participants will design the hybridization of a battery and supercapacitor based on commercial vehicle and cell models. Then, they will develop the realtime EMS to minimize the objective function of battery SOC, supercapacitor charge-sustaining, battery cell current rms value, and its variations.

中文翻译：

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电动汽车创新趋势【汽车电子】

关于 IEEE VTS 机动车辆挑战赛期间发生的事件和活动的报告，该挑战赛将侧重于针对多源电动汽车将能源管理和组件尺寸多目标优化问题相结合（见图 2）。参与者将基于商用车和电池模型设计电池和超级电容器的混合动力。然后，他们将开发实时 EMS 以最小化电池 SOC、超级电容器充电维持、电池单元电流 rms 值及其变化的目标函数。