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Wireless Charging System of Inspection Robot under Primary Self-Adaption Current Control

机译:初级自适应电流控制下检测机器人无线充电系统

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Wireless charging series-series compensation is one of the common compensation network. Due to the temperature drift of capacitor and the change of coil self-inductance at different relative positions, the resonant cavity will change. Therefore, the transmission efficiency and power stability of the system will be affected. This paper aims to improve the stability of wireless charging output. Firstly, the wireless charging series-series compensation network model is established, and the influence of resonant cavity and load on the system output characteristics is analyzed. Then, a self-adaption primary current control method is proposed. Finally, the simulation and experimental results proved that this control method can make the system have stable output characteristics.
机译:无线充电系列系列补偿是常见补偿网络之一。由于电容器的温度漂移和线圈自感的变化在不同的相对位置,谐振腔将改变。因此,系统的传输效率和功率稳定性将受到影响。本文旨在提高无线充电输出的稳定性。首先,建立了无线充电系列系列补偿网络模型,分析了谐振腔的影响和对系统输出特性的影响。然后,提出了一种自适应初级电流控制方法。最后,仿真和实验结果证明,该控制方法可以使系统具有稳定的输出特性。

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