(JP10039057-A)      A flat solar battery has a prescribed shape. The solar battery is provided with several photoelectric conversion elements formed by dividing the flat surface of the battery. There are several conducting paths which are respectively provided adjacent to the photoelectric conversion elements, and connect the elements in series. Two lead-out electrodes are respectively connected to the two photoelectric conversion elements, at both ends of the photoelectric conversion elements connected in series, and appear on the surface opposite to the area of the surface where the elements are irradiated with sunlight.    (JP10041532-A)      The battery includes a resin layer (205) that is formed on the photoelectric conversion layer (203). The photoelectric conversion layer serves as a semiconductor layer that contributes to photoelectric conversion.    An ITO electrode (309) is formed on the photoelectric conversion layer and the resin layer. An external electrode (307) is formed on the ITO electrode.    ADVANTAGE -   Controls damage that occurs in photoelectric conversion layer during formation of external electrode.    (DE19780768-T)      A flat solar battery has a prescribed shape. The solar battery is provided with several photoelectric conversion elements formed by dividing the flat surface of the battery. There are several conducting paths which are respectively provided adjacent to the photoelectric conversion elements, and connect the elements in series. Two lead-out electrodes are respectively connected to the two photoelectric conversion elements, at both ends of the photoelectric conversion elements connected in series, and appear on the surface opposite to the area of the surface where the elements are irradiated with sunlight.    (TW387152-A)      A flat solar battery has a prescribed shape. The solar battery is provided with several photoelectric conversion elements formed by dividing the flat surface of the battery. There are several conducting paths which are respectively provided adjacent to the photoelectric conversion elements, and connect the elements in series. Two lead-out electrodes are respectively connected to the two photoelectric conversion elements, at both ends of the photoelectric conversion elements connected in series, and appear on the surface opposite to the area of the surface where the elements are irradiated with sunlight.    (US6225552-B1)      A flat solar battery has a prescribed shape. The solar battery is provided with several photoelectric conversion elements formed by dividing the flat surface of the battery. There are several conducting paths which are respectively provided adjacent to the photoelectric conversion elements, and connect the elements in series. Two lead-out electrodes are respectively connected to the two photoelectric conversion elements, at both ends of the photoelectric conversion elements connected in series, and appear on the surface opposite to the area of the surface where the elements are irradiated with sunlight.