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Power Flow Control of Magnetic Resonance Wireless Charing for Hybrid Energy Storage System of Electric Vehicles Application

机译:电动汽车混合储能系统磁共振无线充电电流控制

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Battery and supercapacitor (SC) hybrid energy storage system (HESS) has been widely known for solving a power density problem of a conventional battery storage system for electric vehicles (EVs). Wireless power transfer (WPT) is a promising solution for the EV charging. In this paper, the frame of wireless charging is given for EV applications and a charging power control method for the HESS to achieve the constant current charging of the main battery is proposed. A small power test equipment is implemented and the effectiveness of the charging power control is verified by the experiment. This result shows the importance of the SC bank for the WPT charging system and the need for optimized power coordination control of the HESS.
机译:电池和超级电池(SC)混合能量存储系统(HESS)已被普遍地众所周知,用于求解电动车辆(EVS)的传统电池存储系统的功率密度问题。 无线电源传输(WPT)是EV充电的有希望的解决方案。 在本文中,给出了用于EV应用的无线充电帧,并且提出了用于实现主电池的恒流充电的HESS的充电功率控制方法。 实施小功率测试设备,通过实验验证了充电功率控制的有效性。 这一结果表明了SC银行为WPT充电系统的重要性以及对HESS的优化功率协调控制的需求。

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