NOVELTY - Aluminium metal and sodium hydroxide solution are mixed, and superfluous water is added to generate sodium metaaluminate solution. Zinc chloride solution is added and mixed. Sodium hydroxide solution is added to form sediment. The sediments are filtered, cleaned, dried, and maintained for 1-2 hours at 210-300 degrees C to form aluminium-doped zinc oxide powder. The powder is pressed, sintered and subjected to laser pulsing for 5-10 hours to prepare conductive layer. The conductive layer is deposited on surface of zinc oxide conductive ceramic layer, and electrode is produced.    USE - Manufacture of electrode for dye-sensitized solar cell.    ADVANTAGE - The electrode capable of producing dye-sensitized solar cell having improved photoelectric conversion efficiency is manufactured.    DETAILED DESCRIPTION - Aluminium metal and sodium hydroxide solution are added to a reaction container in mass ratio of 1:1. Superfluous water is added to generate sodium metaaluminate solution at 1-90 degrees C. Hydrochloric acid and zinc chloride are added to superfluous water in molar ratio of 0.005-0.01:1 to form zinc chloride solution. Zinc chloride solution is added to sodium metaaluminate solution and mixed. Sodium hydroxide solution is added to form sediment. The molar ratio of sodium metaaluminate and zinc chloride is 0.5-1:100, and molar ratio of sodium hydroxide solution and zinc chloride is 2:1. The sediments are filtered, cleaned with de-ionized water, dried for 1-2 hours at 40-90 degrees C, and maintained for 1-2 hours at 210-300 degrees C to form aluminium-doped zinc oxide powder. The powder is pressed into sheet using a pressing machine. The sheet is sintered into the sheet-type conductive zinc oxide ceramic for 3-10 hours at 450-1350 degrees C. The ceramic is subjected to laser pulsing for 5-10 hours by adopting the laser pulse deposition method to prepare conductive layer having thickness of 1-50 microns. The conductive layer is directly deposited on surface of zinc oxide conductive ceramic layer, and electrode is produced.