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Research on Constant Current and Constant Voltage Control Method for UAV Based on Switching of Coupling Structure

机译:基于耦合结构切换的无人机恒流与恒压控制方法研究

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摘要

Wireless power supply system which has the advantages of flexibility, safety, reliability and high autonomy is more and more widely used in the field of UAV. Research on battery life shows that it is necessary to control the output voltage and current of WPT system to protect the UAV battery. However, the traditional control method is complicated to control and increase the secondary volume. In this paper, two sets of coupling structure are designed for UAV lightweight requirements. One of the coupling structures has constant current output characteristics, and the other can achieve constant voltage output. The control method that meets the battery charging requirements by switching the coupling structure reduces the complexity of the control algorithm. Finally, the verification is given through MATLAB simulation, and the results show that the designed system has a 8Aconstant current and 25V constant voltage output function.
机译:无线电源系统具有灵活性,安全性,可靠性和高自动系统的优点是在UAV领域中越来越广泛使用。电池寿命的研究表明,有必要控制WPT系统的输出电压和电流,以保护UAV电池。然而,传统的控制方法复杂于控制并增加次要体积。在本文中,设计了两组耦合结构,专为UAV轻型要求设计。耦合结构之一具有恒定的电流输出特性,另一个可以实现恒定电压输出。通过切换耦合结构满足电池充电要求的控制方法降低了控制算法的复杂性。最后,通过MATLAB仿真给出验证,结果表明,设计的系统具有8个通电电流和25V恒压输出功能。

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