▎ 摘　　要

NOVELTY - The structure has a shell (1) whose inner side is arranged with a condenser (14). An end of the condenser is connected with a cooling pipe (13) that is fixed with a supporting plate and a negative electrode active substance (12). A side of the negative electrode active substance is mounted with an electrolyte layer (11). A side of the electrolyte layer is embedded with a positive electrode active material (10). An upper end of the positive electrode active material is fixed with a graphene layer (9). A surface of the shell is fixed with a radiating fan (18). A side of the radiating fan is arranged with a radiating layer (17). The shell is mounted with a base (15) that is formed with a mounting hole. A surface of the shell is equipped with a handle (19). USE - Graphene lithium battery structure. ADVANTAGE - The structure is easy to use, and has prolonged service life, and realizes large amount heat generating process in graphene lithium battery processing process, shell temperature rising process and shell heat discharging process by the radiating fan from a radiating hole and increases working efficiency of the grapheme lithium battery. DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a graphene lithium battery structure. Shell (1) Graphene layer (9) Positive electrode active material (10) Electrolyte layer (11) Negative electrode active substance (12) Cooling pipe (13) Condenser (14) Base (15) Radiating layer (17) Radiating fan (18) Handle (19)