NOVELTY - The device (100) has a set of rectangular solar cells (114) positioned adjacent to a reflector (111). A partially transmissive graphic film (112) is positioned adjacent to the solar cells on a side opposite to the reflector, where a gap/region (117) separates the reflector and the solar cells and another gap (119) separates the graphic film and the solar cells. The solar cells are spaced apart from each other such that open areas of the reflector are not covered by the solar cells. The graphic film comprises a graphic covering about 10 to 70% of a major surface of the graphic film.    USE - Multi-layered solar cell device for converting light energy into electrical energy utilized in billboard application.    ADVANTAGE - The graphic covering is increased such that the graphic film reduces an effective collection area of the device, thus improving trapping efficiency by reducing probability of light escaping from the device through a front surface. The solar cell is covered with a film stack including a combination of the spectrally selective reflector and a diffuser layer behind the graphics layer to provide a balance of spectral and diffuse reflection resulting in improved display characteristics while allowing sufficient visible and/or near infrared (NIR) light, so that solar cell efficiency can be improved.    DETAILED DESCRIPTION - The gaps comprise an encapsulant and glass layer. The reflector comprises a semi-specular reflector and white diffuse reflector. The partially transmissive graphic film comprises a perforated laminate comprising a graphic film layer and a reflective layer and a translucent laminate comprising a translucent graphic film layer and a partially reflective layer. The spectrally selective reflector is a multilayered polymeric film and perforated. The graphics layer comprises a printed transparent substrate, colored adhesive and embossed pattern.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a portion of a multi-layered solar cell device.    Multi-layered solar cell device (100)    Reflector (111)    Partially transmissive graphic film (112)    Rectangular solar cells (114)    Gaps/regions (117, 119)