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Analysis and Research on Distance Transmission Characteristics of Electric Vehicle EPRT System

机译:电动车EPRT系统距离传输特性分析与研究

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The distance transmission characteristic of electric vehicle ERPT system circuit is one of the most important systems. And the distance, between the vehicle receiving end and the ground transmitting end, directly affects the availability and marketization of the charging circuit. Therefore, it is necessary to study the distance characteristics in electric Car wireless charging system. In this paper, we study the distance transmission characteristics of electric vehicle ERPT system circuit by taking into account the relationship between the electrical parameters of the circuit and the horizontal distance, as well as vertical distance among the coils. With the constant voltage, power and load are regarded as the rated parameters, the Matlab/Simulink model is used for simulation analysis to verify the characteristic relationship between distance and system transmission efficiency. What's more, we also studies the system frequency, the coil's own parameters and the size of the capacitor. Totally, the importance of the distance characteristics is verified by analyzing these parameters, and lay a theoretical basis for future optimization programs.
机译:电动汽车ERPT系统电路的距离传输特性是最重要的系统之一。并且在车辆接收端和地面发送端之间的距离直接影响充电电路的可用性和市场化。因此,有必要研究电动汽车无线充电系统中的距离特性。在本文中,我们通过考虑电路的电参数与水平距离之间的关系,以及线圈之间的垂直距离来研究电动车辆ERPT系统电路的距离传输特性。通过恒定电压,电力和负载被视为额定参数,MATLAB / SIMULINK模型用于仿真分析,以验证距离和系统传输效率之间的特征关系。更重要的是,我们还研究了系统频率,线圈自身的参数和电容尺寸。完全,通过分析这些参数来验证距离特性的重要性,并为未来的优化程序奠定了理论依据。

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