NOVELTY - A layer of ethylene-vinyl acetate film is provided on back surface of a glass, electroconductive strips are arranged on the ethylene-vinyl acetate film, and solar cell sheets are provided on the ethylene-vinyl acetate film in series. Tin-coated copper strips are provided on solar cell sheets, a transparent conductive oxide is provided on conductive strip wire, and vacuum-treated. The resultant product is heated, wire is tightly adhered on surface of transparent conductive oxide film, and laminated, to obtain intrinsic thin layer-containing heterojunctioned solar cell electrode.    USE - Preparation of electrode used for intrinsic thin layer-containing heterojunctioned solar cell (claimed).    ADVANTAGE - The method enables preparation of intrinsic thin layer-containing heterojunctioned solar cell electrode without carrying out printing of thin gate electrodes.    DETAILED DESCRIPTION - A conductive zone is formed by arranging several wires in parallel in which length of wire is 2 times of width of solar cell sheet, and wire is plated with indium-tin-bismuth-copper alloy. A layer of ethylene-vinyl acetate film is provided on back surface of a glass, electroconductive strips are arranged on the ethylene-vinyl acetate film, and solar cell sheets are provided on the ethylene-vinyl acetate film in series. Tin-coated copper strips are provided on positive and negative solar cell sheets, ethylene-vinyl acetate film and glass are sequentially provided on top layer of the positive solar cell sheet, a transparent conductive oxide is provided on conductive strip wire, and space between transparent conductive oxide and conductive strip wire is vacuum-treated. The resultant product is heated to 80 degrees C in which melting and crosslinking reaction of ethylene-vinyl acetate film is carried out, and then heated to 138 degrees C in which indium-tin-bismuth-copper alloy is melted, wire is tightly adhered on surface of transparent conductive oxide film, ethylene-vinyl acetate film is cooled, indium-tin-bismuth-copper alloy is solidified, and laminated, to obtain intrinsic thin layer-containing heterojunctioned solar cell electrode. An INDEPENDENT CLAIM is included for intrinsic thin layer-containing heterojunctioned solar cell.