(JP9293890-A)      The method involves forming a first current carrying part (6,7) on a semiconductor substrate (1) which has a through-hole (3) and emitter layer (2). A surface on which the first current carrying part is formed and an opposite surface of semiconductor substrate are enclosed by a glass substrate through a transparency resin.    A semiconductor substrate and glass substrate are mutually coupled together with transparent resin. Then, a second current carrying part (8) is formed on the first current carrying part.    ADVANTAGE -   Improves yield. Utilizes tempered glass for solar battery freely.    (DE19758589-A1)      Production of solar cells comprises: (a) forming a 1st electrically conducting region on a 1st surface of a semiconductor substrate (1), in which through-holes (3) are provided and on which is formed an emitter layer (2); (b) arranging the semiconductor substrate on a transport substrate, where a 2nd surface of the semiconductor substrate lies opposite the 1st surface of the transport substrate, and over a resin material; (c) connecting the semiconductor substrate and the transport substrate using the resin material; and (d) forming a 2nd electrically conducting region on the 1st electrically conducting region. Also claimed is the solar cell produced.    ADVANTAGE -   Thin silicon solar cells can be secured to a covering glass plate after electrodes are formed.    (US6037088-A)      Production of solar cells comprises: (a) forming a 1st electrically conducting region on a 1st surface of a semiconductor substrate (1), in which through-holes (3) are provided and on which is formed an emitter layer (2); (b) arranging the semiconductor substrate on a transport substrate, where a 2nd surface of the semiconductor substrate lies opposite the 1st surface of the transport substrate, and over a resin material; (c) connecting the semiconductor substrate and the transport substrate using the resin material; and (d) forming a 2nd electrically conducting region on the 1st electrically conducting region. Also claimed is the solar cell produced.    ADVANTAGE -   Thin silicon solar cells can be secured to a covering glass plate after electrodes are formed.