NOVELTY - A photovoltaic module comprises an insulating flexible carrier film; a first solar cell and a second solar cell attached to an adhesive top surface of the insulating flexible carrier film, where a gap is maintained between the two solar cells; an insulation structure filling the gap; and a connector layer comprising fingers and a busbar. Each solar cell comprises a flexible conductive base, and a stack having a top transparent conductive layer formed over the base. The fingers are placed on the top transparent conductive layer. The busbar is formed over the insulation structure.    USE - A photovoltaic module.    ADVANTAGE - The photovoltaic module has reduced cost.    DETAILED DESCRIPTION - A photovoltaic module comprises:    (1) an insulating flexible carrier film having an adhesive top surface;    (2) a first solar cell and a second solar cell attached to the adhesive top surface of the insulating flexible carrier film, where a gap is maintained between the first and second solar cells;    (3) an insulation structure filling the gap separating the first cell from the second cell; and    (4) a connector layer comprising fingers and a busbar.    Each of the first and second solar cells comprises a flexible conductive base, and a stack having a top transparent conductive layer formed over the flexible conductive base. The fingers are placed on the top transparent conductive layer. The busbar is formed over the insulation structure. The busbar electrically connects the top transparent conductive layer of the first cell to the flexible conductive base of the second cell. The base comprises a conductive foil substrate and a back electrode formed on the foil substrate. The gap between the two solar cells is filled with an insulation material. INDEPENDENT CLAIMS are included for:    (1) a method of manufacturing the photovoltaic module having greater than or equal to 2 solar cells; and    (2) a roll-to-roll system for manufacturing the photovoltaic module from a continuous workpiece having a solar cell structure formed on the workpiece, comprising a cutting station (22); an assembly station; an insulation station (24); an attachment station (23); and an electrical connector application station.    DESCRIPTION OF DRAWING(S) - The drawing is a schematic view of the roll-to-roll system to integrate the thin film solar cells fabricated on the flexible conductive substrate.    Cutting station (22)    Attachment station (23)    Insulation station (24)    Scribing station (25)    Finger deposition station (26)