▎ 摘　　要

NOVELTY - The motor has a large power excitation generator (5) fixed on a left side of a middle motor controller (3). A left end of a steel plate chassis (12) is connected with an 8 mm diameter of a bolt and a first connecting sleeve (11). A middle motor is installed and fixed at a middle portion of the steel board chassis. A small power generating motor is fixed on the right side of the middle motor. The super capacitor battery is full of electric quantity, continuously supplying power to the middle motor to rotate. The rotor of the high-power excitation generation motor and the rotor of the small power excitation generating (6) is driven and continuously rotating. In the coil of the stator of the high power excitation generator and the coil of the stator of the small power generator is continuously generating electricity, and making it become excitation generator. USE - Excitation motor for generating electric power using graphene, used in generating electricity using water, coal, petrol engine, nuclear power generation, wind power and solar power. ADVANTAGE - The machine generates electric power using graphene efficiently. The machine utilizes a super capacitor storage battery for supplying power to a middle motor to rotate, thus driving the rotor of the high power excitation generator and the rotor to rotate effectively, and generating three-phase alternating current in a coil of a high power generator stator to supply the user to use, and hence reducing the size of the machine. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of excitation motor for generating electric power. 2Power switch 3Middle motor controller 5Large power extraction generator 6Small power excitation generator 7Middle motor transmission shaft 9Small-power excitation generator transmission shaft 10Rectifier 11Connecting sleeve 12Steel plate chassis