NOVELTY - A fluorine-type composite resin film comprises fluorine-type film (A) laminated sequentially with acrylic-type film (B) and resin layer(s) (C). The film (B) has higher refractive index (RI) than that of film (A). The layer (C) of outermost surface comprises dry film, and contains specific binder. The RI of dry film is less than RI of specific layer (C) or film (B). The dry film has preset water droplet contact angle.    USE - For solar cell (claimed).    ADVANTAGE - The fluorine-type composite resin film has excellent weather resistance, mechanical strength, hardness, crack-proof property, ultraviolet radiation absorbing property, and smooth hydrophilic surface which provides improved light transmittance in outdoors for longer duration and favorable stain resistance. The fluorine-type composite resin film is manufactured inexpensively, and use of optical semiconductor is not required. The fluorine-type composite resin film provides solar cell with improved electric power generating efficiency. The fluorine-type composite resin film is a lightweight material, and hence weight burden is reduced while using the composite resin film in the solar cell.    DETAILED DESCRIPTION - A fluorine-type composite resin film comprises laminated structure consisting sequentially of an acrylic-type film and transparent resin layer(s), on surface of a transparent fluorine-type film. The acrylic-type film has higher refractive index than that of the fluorine-type film. The transparent resin layer of outermost surface of the composite resin film, comprises dry film, and contains condensate of silicone compound as binder. The refractive index of the dry film is less than the refractive index of transparent resin layer which is positioned directly under the dry film, or acrylic-type film. The surface of coated dry film has water droplet contact angle of 40 degree or less.    An INDEPENDENT CLAIM is included for solar cell. An outermost surface of solar cell module is provided with the fluorine-type composite resin film.