NOVELTY - The solar cell module (1,2) uses a frame-like net material (3) as a bag or a sheet. The mesh of the net material is formed with a transparent hole (4). The solar cell module is accommodated in the net material bag making. The solar cell module is connected with any surface or both front and back surfaces of the sheet made from net material.    USE - Solar cell module with a net material, e.g. film type solar cell module for electric power generation.    ADVANTAGE - Solar cell module can be easily attached to an installation location using the net material. Solar cell module is accommodated in the bag made from net material, thus solar cell module is not easily omitted from the net material. Attachment to the installation location is easy since the sheet-like net material is attached to both front and back surfaces or single surface of solar cell module making it hard for the solar cell module to lose shape. Decline in the electric power generation efficiency of solar cell module is suppressed since mesh of net material is transparent hole, and does not become a hindrance of lighting even if net material is covered on the solar cell module. Attachment of two or more solar cell modules to large installation location is also made easy by connecting two or more net material. Burden of installation location is eased since net material is lightweight. Solar cell module is convenient for conveyance or storage since net material is flexible and thus solar cell module can also be flexible type and can be rounded off or folded up and made compact, without impairing flexible property. Net material is excellent in weather resistance which is suitable for prolonged use on the outdoors. Both of lighting to room interior and electric power generation are possible since solar cell module is a see-through type solar cell module. Cost is reduced since it is not necessary to process installation location and the effort by damage or insulating deterioration of the solar cell module by process is not taken. Replacement of solar cell module and movement of installation location are made easy, and attachment to a narrow installation location is also possible since attachment structure is small sized. Over load burden of installation location is eased since it is not necessary to use the existing mount frame currently used for attachment of solar panel thus solar cell module becomes lightweight. Damage to solar cell module, dielectric breakdown and deterioration of appearance are not produced since it is not necessary to sew on even if solar cell module is flexible type. Solar cell module can be hung vertically or tensioned sideways and installed in room-interior or outside space. Electric power generation efficiency of solar cell module cannot fall easily since air permeability is ensured by the mesh of net material and space between the solar cell module and net material is not filled with heat produced from the solar cell module since heat is diffused outside.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for an attachment structure of the solar cell module.    DESCRIPTION OF DRAWING(S) - The drawing shows the exploded perspective view before accommodation of a film type solar cell module in a bag-like net material, an isometric view after accommodation of a film type solar cell module in a bag-like net material and partial cross-sectional view of film type solar cell module.    Solar cell modules (1,2)    Frame-like net material (3)    Transparent hole (4)    Photovoltaic cell (5)    Surface-side resin sheet (6)