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A Novel Magnetic Coupling Structure with High Efficiency and Anti-offset Based on Solenoid

机译:基于螺线管的高效率和防偏移的新型磁耦合结构

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For induction power transfer (IPT) system, the ability of anti-offset is one of the important indexes of the system. In this paper, a new anti-offset magnetic coupling structure is proposed, which can significantly improve the stability of the output. At the same time, this paper presents an optimization method for the new type of magnetic coupling structure. In this paper, the magnetic coupling structure is compared with planar circular coil, planar square coil and DD coil in terms of coupling and anti-offset ability. The S / SP compensation topology is used in the simulation model to further improve the anti-offset ability of the system. When the horizontal displacement reaches 40% of the coupling coil, the maximum VFR (voltage fluctuation rate) is 7.21%, and the minimum system efficiency is 89.63%.
机译:对于感应电力传输(IPT)系统,防偏移能力是系统的重要指标之一。本文提出了一种新的防偏移磁耦合结构,可以显着提高输出的稳定性。同时,本文介绍了新型磁耦合结构的优化方法。在本文中,在耦合和防偏移能力方面将磁耦合结构与平面圆形线圈,平面方向线圈和DD线圈进行比较。 S / SP补偿拓扑用于仿真模型,以进一步提高系统的防偏移能力。当水平位移达到耦合线圈的40%时,最大VFR(电压波动率)为7.21%,最低系统效率为89.63%。

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