NOVELTY - Manufacturing a thin film photoelectric conversion module by: (a) forming a transparent front surface electrode layer (3) on a glass substrate (2); (b) scribing by laser the front surface electrode layer (3); (c) forming a thin film photoelectric conversion unit (4); (d) scribing by laser the thin film photoelectric conversion unit (4); (e) forming a back surface electrode layer (5); (f) scribing by laser the back surface electrode layer (5); (g) scribing by laser the front surface electrode layer (3); and (h) mounting a pair of electrode bus bars (12) to the glass substrate.    USE - The method is useful for manufacturing a thin film photoelectric conversion module (claimed).    ADVANTAGE - The method produces a thin film photoelectric conversion module in which, even if the light to one of the thin film photoelectric conversion cells is intercepted, the particular cell is not heated to an excessive high temperature, and where the produced module has high reliability and efficiency.    DETAILED DESCRIPTION - Manufacturing a thin film photoelectric conversion module, comprises: (a) forming a transparent front surface electrode layer (3) on a glass substrate (2); (b) scribing by laser the front surface electrode layer (3) in a direction parallel to the longer side of the glass substrate (2) so as to divide the front surface electrode layer (3) into a set of band-like patterns; (c) forming a thin film photoelectric conversion unit (4); (d) scribing by laser the thin film photoelectric conversion unit (4) in a direction parallel to the longer side of the glass substrate (2) so as to divide the thin film photoelectric conversion unit (4) into a set of band-like patterns; (e) forming a back surface electrode layer (5); (f) scribing by laser the back surface electrode layer (5) so as to divide the back surface electrode layer (5) into a set of band-like patterns; (g) scribing by laser the front surface electrode layer (3), the thin film photoelectric conversion unit (4), and the back surface electrode layer (5) in a direction parallel to the shorter side of the glass substrate (2) to form series-connected arrays (11); and (h) mounting a pair of electrode bus bars (12) to the glass substrate (2) to connect the series-connected arrays (11) in parallel. An INDEPENDENT CLAIM is a thin film photoelectric conversion module manufactured using the method, where the short-circuit of the thin film photoelectric conversion module is not lower than 1 Angstrom under conditions that a xenon lamp is used as a light source, irradiance is 100 mW/cm2, air mass is 1.5, and the temperature is 25 degrees C, and the short-circuit current of each of the series-connected arrays (11) is not higher than 600 mA under the same conditions.    DESCRIPTION OF DRAWING(S) - The drawing shows a plan view of a thin film photoelectric conversion module.    Module (1)    Substrate (2)    Band-like thin film photoelectric conversion cells (10)    Series-connected array (11)    Electrode bus bars (12)