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Position detection method using induced voltage for battery charge on autonomous electric power supply system for vehicles

机译:用于车辆自主电力供电系统电池电量的诱导电压的位置检测方法

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It is desirable that battery driven vehicles are charged in automatically with contactless and high-efficiency. The magnetic coupling that is one of the contactless charges is suitable. However, a precise positioning system of a power supply unit is required in this method. This paper proposes a relative position detection method between the power supply unit and the autonomous vehicle. Especially the position detection is obtained by utilizing the voltage induced for the battery charge. To use the induced voltage as a position detection signal, the relation between the position of cores and the induced voltage is theoretically obtained. Moreover, to confirm theoretical results, the induced voltage is measured with experiments. From experimental results, it was confirmed that the induced voltage is able to use as a feedback signal for the position control.
机译:希望电池驱动的车辆自动充电,以非接触和高效率充电。作为无接触电荷之一的磁耦合是合适的。然而,在该方法中需要一种电源单元的精确定位系统。本文提出了电源单元和自主车辆之间的相对位置检测方法。特别是通过利用用于电池电量的电压来获得位置检测。为了使用感应电压作为位置检测信号,理论上获得核心位置和感应电压之间的关系。此外,为了确认理论结果,用实验测量感应电压。从实验结果中,证实感应电压能够用作位置控制的反馈信号。

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