| 摘要 |
PROBLEM TO BE SOLVED: To obtain a solar cell panel in which conductive solder is not twisted or disconnected, when the solar cell panel is handled or when an intermediate material is heated and compression-bonded and whose workability is enhanced by a method, wherein a cell ribbon inside the solar cell panel and a power-supply line which supplies electricity are connected by the conductive solder which is oxidized and bonded to the inner surface of a prescribed sheet-like body. SOLUTION: Conductive solder 16 in a slender belt shape is fixed to and installed at the inner surface of a glass plate 2 from the side of the extension part 5a of a cell ribbon 5, which is situated on the side of the end edge part of a solar cell panel up to the edge part of a through-hole 6. In addition, both end parts of the conductive solder 16 are soldered and connected to the end part of the extension part 5a of the cell ribbon 5 and the side end part of an intermediate material 3 on a copper wire 7. The conductive solder 16 is oxidized and bonded to, fixed to, and installed at the inner surface of the glass plate 2. Since the conductive solder 16 is oxidized and bonded to, fixed to and installed at the inner surface of the glass plate 2, in advance before a glass plate 1 and the glass plate 2 are heated and compression-bonded by using the intermediate material 3 in the manufacture of a solar cell panel, it is possible to prevent the conductive solder 16 from being moved, twisted and disconnected when the intermediate material 3 is heated and compression-bonded. |
