The invention provides a high-power wireless charging system based on vehicle-mounted detection. The high-power wireless charging system comprises a detection module, a receiving module and a transmitting module, wherein the receiving module is installed at the bottom of a vehicle and can form electromagnetic mutual inductance with the transmitting module installed on the ground, the detection module is installed at the bottom of the vehicle, a detection range of the detection module covers the transmitting module and the peripheral area of the transmitting module, and the detection module feeds back the relative position between the receiving module and the transmitting module in real time during parking and feeds back living body signals in real time when the receiving module and the transmitting module are charged in an electromagnetic mutual inductance mode. The high-power wireless charging system is advantaged in that during parking, a transmitting terminal can be identified and tracked, the vehicle is guided to be parked to the aligned position of the transmitting terminal and the receiving terminal, so smooth wireless charging is ensured. In the wireless charging process, the micro-vibration and motion information of a living body can be captured in real time, if the continuous activity information of the living body appears at a transmitting end and periphery of the transmitting terminal, that the living body enters, an alarm is given, and wireless charging is stopped is judged.

本发明提供一种基于车载检测的大功率无线充电系统，其包括：探测模块、接收模块以及发射模块；接收模块安装于车辆的底部，其能够与安装于地面的发射模块形成电磁互感，探测模块安装于车辆的底部；探测模块的探测范围覆盖发射模块及其周边区域，探测模块于泊车时实时反馈接收模块与发射模块之间的相对位置，且在接收模块与发射模块按照电磁互感的方式充电时实时反馈活体信号。本发明能够在泊车时，对发射端进行识别和跟踪，引导车辆泊车至发射端和接收端对齐位置，以保证无线充电的顺利进行。在无线充电过程中，可实时捕获生命体的微振动和运动信息，如果有连续的生命体的活动信息出现在发射端及其周边，则判断有活体进入，进行报警并停止无线充电。