▎ 摘　　要

NOVELTY - Carbon nanotube fullerene battery comprises anode material coating slurry comprising lithium cobaltate, conductive agent, adhesive, carbon nanotube slurry or graphene. The cathode material coating slurry contains graphite carbon black, conductive agent, adhesive, and fullerene. USE - Carbon nanotube fullerene battery. ADVANTAGE - The capacity of the carbon nanotube fullerene battery is increased by 1.2-2.7 times compared with ordinary batteries, current density is increased, internal resistance is reduced, does not easily gets heated up and burnt, chances of short circuit is reduced when punctured or damaged, and the cycle period is doubled as compared with ordinary batteries. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for preparing the carbon nanotube fullerene battery, which involves: (A) mixing lithium cobaltate, conductive agent, adhesive, and carbon nanotube slurry to obtain anode material coating slurry; mixing graphite carbon black, conductive agent, adhesive, and fullerene to obtain cathode electrode slurry; (B) coating theanode slurry on the anode collective fluid through acoating machine; coating the cathode slurry on thecathode collective fluid through a coating machine; and (C) then rolling, slitting, sheeting, winding, assembling, top side sealing, drying, liquid injection, chemical conversion and finally packaging to obtain carbon nanotube fullerene battery.