NOVELTY - A laminated module of solar cells (100) having front and back surfaces comprises top layer of melt flowed melt flowable optically transparent electrically insulating thermoplastic adhesive material having a pattern (250) of melt flowable electrically conductive thermoplastic adhesive for making electrical connection to front surfaces of solar cells, and rear sheet (300) of melt flowed melt flowable insulating thermoplastic adhesive material having second pattern of melt flowable conductive thermoplastic adhesive on it for making electrical connection to back surfaces of solar cells.    USE - As laminated module of solar cells (claimed), particularly solar cell interconnection, module and/or panel.    ADVANTAGE - The laminated module of solar cells avoids long curing times needed for cross-linking and is suitable for continuous processing. The solar cell interconnections, modules and panels not only overcome certain disadvantages of the prior art panels, but also can be designed to employ certain aspects of conventional solar panels, e.g. standard size solar cells and processing at 140 degrees C, so as to be conveniently adoptable.    DETAILED DESCRIPTION - A laminated module of solar cells (100) having front and back surfaces comprises a top layer of a melt flowed melt flowable optically transparent electrically insulating thermoplastic adhesive material having a pattern (250) of melt flowable electrically conductive thermoplastic adhesive for making electrical connection to front surfaces of solar cells; solar cells having front and back surfaces to which electrical connection may be made, where the solar cells is laminated into the melt flowed top layer with first patterns of melt flowable electrically conductive thermoplastic adhesive making electrical connection to front surfaces of solar cells, where light may pass through the melt flowed optically transparent top layer to impinge upon the front surface of the solar cells, a rear sheet (300) of melt flowed melt flowable electrically insulating thermoplastic adhesive material having a second pattern of melt flowable electrically conductive thermoplastic adhesive on it for making electrical connection to the back surfaces of solar cells, where the melt flowed rear sheet is laminated to melt flowed top layer and to the back surfaces of the solar cells with second patterns of melt flowable electrically conductive thermoplastic adhesive making electrical connection to the back surfaces of solar cells, where the first and second patterns of melt flowable electrically conductive thermoplastic adhesive are melt flowed to each other to provide an electrical connection between front surface of one of solar cells and the back surface of another solar cell, where one of solar cell is electrically connected in series by the connection between first and second patterns of electrically conductive thermoplastic adhesive.    DESCRIPTION OF DRAWING(S) - The figure shows a plan view of solar cell interconnection, module and panel.    Laminated module of solar cells (100)    Conductors (210)    Pattern of melt flowable electrically conductive thermoplastic adhesive (250)    Rear sheet (300)    Conductor of rear sheet (310)    Edge of solar cell (400)