| 摘要 |
PROBLEM TO BE SOLVED: To enhance mechanical strength of a solar cell module and increase reliability for a long term by a method wherein, in the solar cell module in which a photoelectromotive element is covered with a covering material on a front surface and a covering material on a reverse surface, the front surface covering material contains organic compound resin and hardness is prescribed as a predetermined value. SOLUTION: In the solar cell module, there are prepared a resin film as a front surface member 307, a filler as a front surface sealing material 306, a glass fiber unwoven sheet as a front surface protection reinforcing material 305, a photoelectromotive element 304, a glass fiber unwoven sheet 303, a reverse surface insulator 302, and a reinforcing plate 301, and they are laminated on a support plate. The front surface sealing material 306 is used as an organic compound resin and its hardness is set to be JIS-K6301.A80 to C30. Thus, it is possible to attain the solar cell module which is high in mechanical strength, an adhesiveness in a bending part, a bending process property, and a waveform process property. |
