NOVELTY - A dye sensitization solar battery module is manufactured by printing platinum electrode on the glass substrate of the counter electrode according to required design image, heating at 450-470 degrees C for 20-30 minutes, subjecting the anode and cathode to hot pressing at 200-250 degrees C for 2-5 minutes, injecting the electrolyte by a vacuum pump via the packaging hole of the semi-finished goods battery, placing UV solidifying glue on the packaging hole, and irradiating for 1-5 minutes under UV lamp.    USE - Method of manufacturing a dye sensitization solar battery module.    ADVANTAGE - The method manufactures battery module having long-time stability and improved photoelectric conversion efficiency.    DETAILED DESCRIPTION - A dye sensitization solar battery module is manufactured by:    (A) printing a silver grid electrode on a conductive glass substrate of light anode by silk screen printing method according to required design image, and heating at 500-550 degrees C for 15-30 minutes;    (B) printing a titanium dioxide film on the conductive glass substrate of light anode according to required design image, and heating at 450-500 degrees C for 10-25 minutes;    (C) printing non-photosensitive or photosensitive organic material on the manufactured silver grid electrode to form an insulating layer, drying at 120-150 for 15-25 minutes, and illuminating the photosensitive organic material insulating layer with UV-light for 5-15 minutes;    (D) immersing the light anode conductive glass substrate in titanium tetrachloride solution at 40-65 degrees C for 15-30 minutes, washing the substrate with deionized water, and heating at 450-500 degrees C for 10-25 minutes;    (E) placing glass powder composite on the silver grid electrode of the light anode conductive glass substrate to obtain inorganic material insulating layer, heating at 430-490 degrees C for 15-30 minutes, and immersing the substrate in a dye solution for dye sensitization;    (F) repeating the above steps on the glass substrate of a counter electrode having packaging hole to manufacture the silver grid electrode and the inorganic material insulating layer;    (G) printing platinum electrode on the glass substrate of the counter electrode according to required design image, heating at 450-470 degrees C for 20-30 minutes, and subjecting the anode and cathode to hot pressing at 200-250 degrees C for 2-5 minutes; and    (H) injecting the electrolyte by a vacuum pump via the packaging hole of the semi-finished goods battery, placing UV solidifying glue on the packaging hole, and irradiating for 1-5 minutes under UV lamp.    The dye solution comprises dibutyl ammonium(tetrabutyl ammonium)cis- di(isothiocyanate)di(2,2'-bipyridyl-4,4'-dicarboxylic acid)ruthenium.    DESCRIPTION OF DRAWING(S) - The drawing is a schematic view of a method of manufacturing a dye sensitization solar battery module.