▎ 摘　　要

NOVELTY - Preparation of graphene battery involves coating organic film with an oxide film based on battery shape, addressing positioning through x and y axis plane, irradiating high-energy radiation on the graphene oxide, drying and obtaining polystyrene battery anode and pole, coating the polymer electrolyte on the anode and the poles of the graphene battery and obtaining solid polymer electrolyte, coating the solid polymer electrolyte with a positive electrode material and obtaining cathode, assembling battery cathode, graphene battery anode and solid polymer. USE - Preparation of graphene battery (claimed). ADVANTAGE - The method efficiently and economically provides graphene battery, by simple process. DETAILED DESCRIPTION - Preparation of graphene battery involves coating organic film with an oxide film based on battery shape, addressing positioning through x and y axis plane, irradiating high-energy radiation on the graphene oxide, restoring number of graphene battery anode and negative pole ear, cleaning excess graphene, drying and obtaining polystyrene battery anode and pole, coating the polymer electrolyte on the anode and the poles of the graphene battery, addressing positioning through x and y axis plane, irradiating using high-energy radiation, cleaning excess electrolyte, drying and obtaining solid polymer electrolyte, coating the solid polymer electrolyte with a positive electrode material, based on battery shape, addressing positioning through x and y axis plane, irradiating using high-energy radiation, cleaning the excess cathode material, drying and obtaining cathode, assembling battery cathode, the graphene battery anode and the solid polymer electrolyte make, winding and cutting organic film based on shape of graphene alloy, riveting electrodes, and packing.