NOVELTY - Transparent current-conducting film, current-conducting silver grid layer, nano porous semiconductor thin film, insulating medium protecting layer, dye absorbing layer, and platinum catalytic layer are formed on transparent glass substrate, to form photic anode. Cathode is formed, and two holes penetrating through cathode are mechanically polished. Insulating medium packaging layer is formed between electrodes, electrolyte is poured and sealed ultraviolet curing layer is formed, to obtain dye sensitized solar cell module.    USE - Manufacture of dye-sensitized solar cell module.    ADVANTAGE - The dye-sensitized solar cell module is easily and economically manufactured with high productivity.    DETAILED DESCRIPTION - Transparent current-conducting film is deposited on transparent glass substrate by spray pyrolysis, sol-gel, magnetron sputtering, chemical phase deposition or pulse laser deposition. The current-conducting silver serum is coated on the transparent current-conducting film by screen printing method and current-conducting silver grid layer is formed by sintering. Insulating medium serum is coated on current-conducting silver grid layer by screen printing method and insulating medium protecting layer is formed by sintering. The mixture of serum, semiconductor powder, ethyl cellulose and terpilenol is coated on transparent current-conducting film of photic anode by screen printing method and nano porous semiconductor thin film is formed by sintering. Dye is then steeped and sensitized, and dye is absorbed on nano porous semiconductor thin film to form dye absorbing layer. The mass ratio of semiconductor powder in mixture is 18-36%. The mass ratio of ethyl cellulose and terpilenol is 1:9-1:15. Platinic chloride serum is coated on transparent current-conducting film of cathode by screen printing method and platinum catalytic layer is formed by sintering. The current-conducting silver serum is coated on platinum catalytic layer by screen printing method and current-conducting silver grid layer is formed by sintering. Insulating medium serum is coated on current-conducting silver grid layer by screen printing method and insulating medium protecting layer is formed by sintering. Ultrasonically punching of cathode, transparent current-conducting film and platinum catalytic layer is carried out on transparent glass substrate, or two holes which are penetrated through cathode and diagonally distributed are mechanically polished. The insulating medium serum is coated on transparent current-conducting film of photic anode and packaging is faced on periphery of the platinum catalytic layer of cathode. The photic anode is laminated on the cathode, and insulating medium packaging layer is formed between two electrodes. The insulating medium packaging layer is sintered, cavities whose peripheries are sealed are formed on photic anode and cathode, and electrolyte is poured into sealed cavities via two holes of cathode. The ultraviolet curing glue is coated on surface of cathode to cover holes by screen printing method and the ultraviolet curing glue is covered by sealed substrate. The ultraviolet lamp is irradiated whose optical intensity is 300 W/cm2 for 20-40 minutes and then cured. The sealed ultraviolet curing layer is formed between sealed substrate and transparent substrate. Thus, dye sensitized solar cell module is manufactured.