The invention discloses a superconducting electromagnetic rapid and continuous transmitting
system and an implementation method of the superconducting electromagnetic rapid and continuous transmitting
system. The
system comprises a high-temperature superconducting magnetic suspension sub-system, a superconducting electromagnetic propelling sub-system and a superconducting magnetic suspension
flywheel pulsed power supply sub-system. The high-temperature superconducting magnetic suspension sub-system comprises a suspension unit and an external magnetic excitation source. The superconducting electromagnetic propelling sub-system comprises a
stator body, a transmitted body, a
refrigeration device, a low-temperature heat insulation device and a foundation platform. The superconducting magnetic suspension
flywheel pulsed power supply sub-system comprises a superconducting magnetic suspension
flywheel and a pulse compensation motor and used for conducting
energy storage through the flywheel supported by a superconducting magnetic suspension bearing. By means of the superconducting electromagnetic rapid and continuous transmitting system, non-contact transmitting of a carrier is achieved, and the propelling system can be repeatedly used for a long time; the
energy storage density which is far higher than that of a super-
capacitor can be achieved through the high-speed superconducting magnetic suspension flywheel, and therefore the electromagnetic
force density of the propelling system can be effectively increased; the whole electromagnetic transmitting system is simple in control technology and solves the problems that a traditional electromagnetic transmitting system is large in size and complex in structure; the electromagnetic transmitting system is basically made of superconducting materials and has the capacity for conducting continuous transmitting in a short time.