Distributed Information Interaction Space Station Group Based on Wireless Charging

To solve the problems of limited energy and restricted working time of autonomous underwater robots. The paper proposes an AUV undersea space station based on wireless charging and information interaction. The space station adopts a new mechanical structure design to separate the charging and information interaction functions. Relying on submarine cables, charging of autonomous underwater robots is realised by wireless chargers, and data transmission of underwater robots is realised by using laser communication modules. The applications of space stations in the fields of military, ocean engineering and scientific research are also mentioned, emphasising their importance in the exploration of marine resources, military monitoring and scientific experiments. The paper finally proposes key technologies for the space station cluster system, including space station support technology, overall framework design and functional design, in order to achieve long-term stationing and efficient operation of the system.