Abstract
Magnetically coupled with resonant radio energy transmission technology can realize medium-distance power transmission between power supply equipment and electrical equipment. Working principle of resonant coupled radio energy transmission is introduced in this paper, and bilateral compensation method is used to analyze the two factors of large leakage inductance and low coupling coefficient, which affect the transmission efficiency of the system. In practical applications, to achieve maximum efficiency transmission of the system, it is necessary to determine the appropriate circuit operation mode, resonant frequency and coil parameters. According to the four different compensation topologies, the influence of the secondary quality factor and transmission distance of the wireless energy transmission system on the transmission efficiency of the system is analyzed in detail based on MATLAB simulation.
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