NOVELTY - The method comprises: providing an anode part comprising an anode collector, an anode layer and an anode electrolyte layer (140) which are successively stacked on a first pouch film; providing a cathode part comprising a cathode collector (220), a cathode layer (230) and a cathode electrolyte layer (240) which are successively stacked on a second pouch film (210); and sealing the first and second pouch films to couple the anode part to the cathode part. The step of providing the anode part comprises: forming the anode collector on the first pouch film.    USE - The method is useful for manufacturing a lithium battery (claimed) for a potable electronic equipment.    ADVANTAGE - The method is capable of automatically and continuously manufacturing the lithium battery in a mass production manner with large area, improved battery performance and high power and good discharge characteristics.    DETAILED DESCRIPTION - The method comprises: providing an anode part comprising an anode collector, an anode layer and an anode electrolyte layer (140) which are successively stacked on a first pouch film; providing a cathode part comprising a cathode collector (220), a cathode layer (230) and a cathode electrolyte layer (240) which are successively stacked on a second pouch film (210); and sealing the first and second pouch films to couple the anode part to the cathode part. The step of providing the anode part comprises: forming the anode collector on the first pouch film; forming the anode layer on the anode collector; forming an anode electrolyte layer on the anode layer; depositing or sputtering copper on the first pouch film to form the anode collector; screen-printing anode paste on the anode collector to form the anode layer; and screen-printing electrolyte paste on the anode layer to form the anode electrolyte layer. The step of forming of the anode collector comprises forming an anode terminal contacting the anode collector on the first pouch film to protrude from the anode collector, where the anode terminal is formed together with the anode collector by depositing or sputtering the copper. The step of providing of the cathode part comprises: forming the cathode collector on the second pouch film; forming the cathode layer on the cathode collector; forming a cathode electrolyte layer on the cathode layer; depositing or sputtering aluminum on the second pouch film to form the cathode collector; screen-printing cathode paste on the cathode collector to form the cathode layer; and screen-printing electrolyte paste on the cathode layer to form the cathode electrolyte layer. The anode layer comprises: a bottom surface contacting the anode collector; a top surface facing the bottom surface to contact the anode electrolyte layer; and a side surface connecting the bottom surface to the top surface, where the anode electrolyte layer contacts the top surface and the side surface. The cathode layer comprises: a top surface; a bottom surface facing the top surface to contact the cathode collector; and a side surface connecting the top surface to the bottom surface, where the cathode electrolyte layer contacts the top surface and the side surface. The method further comprises coupling the anode part to the cathode part to assemble a lithium battery. The step of forming the anode layer comprises mixing an anode active material, a conductive material, and electrolyte paste with each other to manufacture the anode paste. The step of forming the cathode layer comprises mixing a cathode active material, a conductive material and electrolyte paste with each other to manufacture the cathode paste. The lithium battery is assembled by: stacking the anode part and the cathode part on each other to allow the negative and cathode electrolyte layers to contact each other; and thermally bonding the first and second pouch films to each other. The electrolyte paste further comprises an organic solvent. POLYMERS - Preferred Components: The electrolyte paste comprises a cellulose-based polymer, and a polyvinylidene fluoride-based polymer. INORGANIC CHEMISTRY - Preferred Components: The electrolyte paste further comprises a lithium salt, and an inorganic material.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic view of a method for manufacturing a lithium battery.    Anode electrolyte layer (140)    Second pouch film (210)    Cathode collector (220)    Cathode layer (230)    Cathode electrolyte layer. (240)