NOVELTY - The solar battery module (20) has first striped electrodes (24) separately formed on flexible substrate (22), and insulating layers (30) respectively formed between adjacent first striped electrodes, adjacent striped photoelectric transducing layers (26) and adjacent second striped electrodes (28). The conducting layers (32) are respectively formed between adjacent insulating layers. Each conducting layer contacts the upper surface of second striped electrode and adjacent first striped electrode so that first and second striped electrodes are in series connection along first direction.    USE - Solar battery module.    ADVANTAGE - Enables manufacture of the solar battery module with heavy current and heavy voltage according to user's demand since effective photoelectric transducing area of the solar battery module is controlled easily and cutting for forming the solar batteries electrically connected with one another by string and lay-up method is unnecessary. The solar battery module with smaller gaps between solar batteries is manufactured without the expensive alignment apparatus since two insulating layers are respectively disposed on edges of each solar battery adjacent to the other solar batteries so that conducting layer does not contact the adjacent conducting layer and electrode for preventing short in manufacturing procedure by protection of the insulating layer, and each solar battery can be electrically connected to the adjacent solar battery by the conducting layer.    DETAILED DESCRIPTION - The flexible substrate (22) is selected from a group consisting of aluminum thin foil and stainless steel or is made of polyimide material. A barrier layer (21) is selected from a group consisting of silicon dioxide material, aluminum oxide material, silicone nitride material, and combination thereof. A buffer layer (34) is made of zinc sulfide material and intrinsic zinc oxide material. The first striped electrode (24) is made of molybdenum material. The striped photoelectric transducing layer (26) is made of copper indium gallium selenide material. The second striped electrode (28) is a transparent conductive layer made of aluminum zinc oxide or tin-doped indium oxide material. An INDEPENDENT CLAIM is included for a method of manufacturing a solar battery module.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic perspective view of the solar battery module.    Solar battery module (20)    Barrier layer (21)    Substrate (22)    First striped electrodes (24)    Striped photoelectric transducing layers (26)    Second striped electrodes (28)    Insulating layers (30)    Conducting layers (32)    Buffer layer (34)