In recent years, different types of mobile devices such as mobile phones, Bluetooth headsets, smartwatches and electric vehicles have had higher requirements for charging. Experts and scholars in the field of power electronics have widely studied the flexible and safe wireless power transmission technology. More attention is focused on the application of coupled wireless power transmission systems in the increasingly popular electric vehicles, so people have an increasing demand for high-power radio energy transmission systems. This paper proposes that the wireless power transmission system based on an interleaved boost converter uses the combination of an interleaved boost converter and an SS compensation network. Compared with the traditional full bridge radio energy transmission system, it can achieve high power and wide-range voltage output through the adjustment of the duty cycle.