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针对非接触式充电装置定位系统的要求，对非接触式充电装置定位系统无法实现准确定位及充电效率低的问题，利用充电装置采用补偿电路的方法，设计了功率因数大、高效传输电能的非接触式充电装置的定位系统充电模块，以此充电模块为实验硬件平台，组装充电模块并验证了非接触式定位充电系统电能的高效传输，为非接触式充电装置的定位系统提供一种可靠的设计方法。“,”Demand for non-contact charging device positioning system,For the problem of non-contact charging device positioning system can not realize accurate positioning and low efficiency of charging,By using the method of compensation circuit,designed the positioning system of charging module of big power factor and high efficient power transmission non-contact charging device,by the experimental hardware platform of charging modules,the charging module assembly and verify the non-contact charging system electric energy efficient transmission,providing a reliable design method for non-contact charging device positioning system.