Distributed magnetic mechanism non-contact electric energy transmission system

The utility model relates to a distributed magnetic mechanism non-contact electric energy transmission system. The system comprises a high-frequency AC input power supply, a primary side distributed magnetic energy emission and resonant compensation structure, a secondary side distributed magnetic energy pickup and resonant compensation mechanism and a load. The primary side of the system is formed by the parallel connection of a plurality of mutually independent magnetic energy emission mechanisms, the secondary side is formed by the series connection of a plurality of mutually independent magnetic energy pickup mechanisms distributed at different positions of the corresponding emission mechanisms, and energy is obtained from the corresponding magnetic energy emission mechanisms to be used by the load. Compared with the traditional non-contact electric energy transmission system, the system electric energy transmission ability is large, pickup mechanism magnetic cores are not easy to be saturated, the pickup mechanisms do not interfere with each other, the primary side magnetic energy utilization rate is high, the system efficiency is high, and the system is suitable for providing high power efficient energy transmission for a guide rail type non-contact electric energy transmission system.