NOVELTY - Packaging process of dye-sensitized solar cell comprises: (1) forming perfusing hole in platinum electrode substrate; (2) forming a silver gate on tin dioxide conductive glass substrate; (3) forming titanium dioxide thin film layer; (4) spreading glass powder slurry in the gap between thin film blocks and closing platinum electrode substrate for heat treatment and sintering; (5) perfusing dye through the hole and placing for 16-24 hours for dye to be absorbed on film blocks; (6) perfusing electrolyte; and (7) filling holes with filling material; and finally packing them by UV-cured adhesive.    USE - The process is useful for packaging dye-sensitized solar cells.    ADVANTAGE - The packaging process prolongs the service life of the battery.    DETAILED DESCRIPTION - Packaging process of dye-sensitized solar cell comprises: (1) forming a perfusing hole in a platinum electrode substrate at position where an optical anode film block is printed; (2) forming a silver gate on a fluorine-doped tin dioxide conductive glass substrate through screen printing, and then performing heat treatment on it by increasing the temperature to 450-550 degrees C for 2-3 hours and maintaining for 20-40 minutes, and naturally slowing down to room temperature; (3) forming a titanium dioxide thin film layer into a shape identical to the silver gate through screen printing and then performing heat treatment on it by increasing the temperature to 450-550 degrees C for 1.5-2.5 hours and maintaining for 20-40 minutes, and naturally slowing down to room temperature, thus obtaining an optical anode; (4) spreading low melting-point glass powders slurry to the middle of the gap between the titanium dioxide thin film blocks through screen printing of each optical anode and the outer edges thereof, and closing the platinum electrode substrate for heat treatment by sintering it in a sintering furnace at 400-550 degrees C, and taking it out after sintering; (5) perfusing N3 or N719 dye through the perfusing hole; after which, placing it for 16-24 hours at room temperature for the dye to be completely absorbed on the titanium dioxide thin film blocks; (6) after completing absorption of the titanium dioxide, perfusing the electrolyte through the perfusing hole; (7) filling small holes by filling process through a die; (8) depositing a layer of titanium dioxide on the filled small holes; and (9) finally packing the small holes by ultraviolet-cured adhesive by the method of dispensing little adhesive around the small hole and optically curing it under an ultraviolet lamp.