NOVELTY - The system has a snap lock for fastening a tile (1) to a track system (2). A photovoltaic cell is fastened to the tile by co-molding, over-molding, insert-molding, or post molding adhesion. An electrical connecting unit such as separate wired lug, is provided for electrically connecting the photovoltaic cell to an electrical conductor. The snap lock allows sliding of the tile along the track system, and removes the tile from the track system. The tile and track system are formed using a molding process and are made of metallic, polymer or thermoplastic elastomer materials.    USE - Used for affixing a photovoltaic cell e.g. solar cell, to residential and commercial roofing structures (claimed) of a building.    ADVANTAGE - The tile and the track system are formed using the molding process and are made of metallic, polymer or thermoplastic elastomer materials, thus manufacturing the tile and the track system with high tolerances to ensure a tight and robust fit, effectively reducing the usable area of the tile product, providing a structurally strong and sealed cavity for the photovoltaic cell, such that the cell is adequately secured to the tile, and hence allowing the possibility of assembling a separate photovoltaic module within the tile. The tile and the track system are made of polymer or thermoplastic elastomer materials, thus providing easier and safer handling and installation of the photovoltaic cell to residential and commercial roofing structures, and greatly reducing transportation costs of the structure. The system provides a simple, quick and modular installation for a roofing or structural product, and effectively integrates the photovoltaic cells with the tile product for electricity generation. The system mounts the tiles to the structure to form the roof in an efficient and cost effective manner.    DESCRIPTION OF DRAWING(S) - The drawing shows an arrangement of three tiles and tracks on a roofing structure.    Tile (1)    Track system (2)    Roofing structure (3)