Abstract: Disclosed is a solar cell module which uses polyvinyl chloride as the backing and does not undergo a decrease in adhesive strength between the backing and a sealing layer even when exposed to an outdoor environment. The solar cell module has a polyvinyl chloride backing, and a encapsulant-covered photoelectric conversion component and a weather-resistant layer that are laminated in this order on the backing. The module includes a first adhesive layer between the polyvinyl chloride backing and the encapsulant-covered photoelectric conversion component. The first adhesive layer is formed of a single layer, and contains a plurality of resins.

Abstract: A solar cell module having a metal layer as a substrate, and being usable pratically. The solar cell module 10 has such a configuration that a weather resistant layer 11, an encapsulation layer 12, a power generation element 13 including a power generation layer sandwiched between a couple of electrodes, a power generation element substrate, a fluorinated hydrocarbon resin layer 16, and a metal layer 17 stacked in this order.

Abstract: The solar cell module having a configuration in which a solar cell is formed on the metal-resin composite substrate, and exhibiting excellent durability. The solar cell module 10 includes a metal-resin composite substrate 16 consisting of a resin layer 16A having a melting point of not less than 125° C. sandwiched between metal layers 16B; a lower encapsulation layer 15 and/or an adhesion layer 15B arranged on the metal-resin composite substrate 16; and a power generation element 13 including a power generation layer sandwiched between a couple of electrodes, and arranged on the lower encapsulation layer 16 or the adhesion layer 15B.