▎ 摘　　要

NOVELTY - Balanced multiphase graphene battery comprises e.g. anode graphene, cathode graphene and solid electrolyte, where the solid electrolyte is clamping anode graphene and cathode graphene. The solid electrolyte is led out a grounding line G line, and the anode is graphene on a lead wire is positive. The cathode graphene on a lead wire is negative line with a group of anode graphene is one phase voltage, a group of graphene cathode is a phase voltage. The solid electrolyte is a phase voltage, group of anode and cathode graphene and group of solid electrolyte. USE - The graphene battery is useful in the transmission of a telephone, in particular a balanced signal transmission over a telephone and a balanced signal transmission over radio transmission; and in the output of motor power on intelligent electro-mechanical equipment, preferably on robots and electric vehicles (all claimed). ADVANTAGE - The graphene battery has simple circuit design and line component; and is economical. DETAILED DESCRIPTION - Balanced multiphase graphene battery comprises anode graphene, cathode graphene and solid electrolyte, where the solid electrolyte is clamping the anode graphene and cathode graphene. The solid electrolyte is led out a grounding line G line, and the anode is graphene on a lead wire is positive. The cathode graphene on a lead wire is the negative line with a group of anode graphene is one phase voltage, a group of graphene cathode is a phase voltage. The solid electrolyte is a phase voltage, group of anode cathode graphene and grapheme. The group of solid electrolyte to form three phase balanced output voltage phase, N groups of graphene anode, N groups of graphene cathode and a group of solid electrolyte to form multi-phase balanced output voltage phase, where N is greater than or equal to 2, N groups of anode graphite laminated using method includes solid electrolyte towards the anode direction, and N groups of graphene cathode laminated using method includes solid electrolyte towards the cathode direction. An INDEPENDENT CLAIM is also included for manufacturing graphene battery, comprising choosing the anode graphite as anode material of lithium ion battery, cathode graphene as cathode material of lithium ion battery, choosing as solid electrolyte between the positive and negative electrodes of the insulating medium, providing the solid electrolyte in between the anode of graphene and graphene cathode, leading-out ground wire G line on the solid electrolyte, and the anode graphite alkene out positive, placing graphene on the cathode leading-out wire to form a substantially balanced output circuit structure, adding the anode graphite outer terrace of M group anode graphene, graphene and the cathode outer laminated increase M groups of graphene cathode, where M is greater than or equal to 1.