NOVELTY - The laminated module comprises a set of solar cells (400) having front and back surfaces to which electrical connection is made, where: a top layer of an optically transparent electrically insulating material is adjacent to and has adhesion to the front surfaces of solar cells; and light passes through the optically transparent top layer to impinge upon the front surfaces of the solar cells, and a thermally conductive rear sheet (300) including a melt flowable thermally conductive and electrically insulating thermoplastic adhesive material.    USE - Used as a laminated solar cell module including a laminated solar cell panel (claimed).    ADVANTAGE - The module utilizes a fluorinated thermoplastic polymer top layer without an additional layer so as to reduce both material and process costs of the module, is compatible with readily available standard solar cells and with certain materials of proven performance thus reducing technical and reliability risk, has high throughput, and avoids the need of other processes such as soldering for the interconnection of solar cells so as to reduce introduction of stress thus eliminating potential failure.    DETAILED DESCRIPTION - The laminated module comprises a set of solar cells (400) having front and back surfaces to which electrical connection is made, where: a top layer of an optically transparent electrically insulating material is adjacent to and has adhesion to the front surfaces of solar cells; and light passes through the optically transparent top layer to impinge upon the front surfaces of the solar cells, a thermally conductive rear sheet (300) including a melt flowable thermally conductive and electrically insulating thermoplastic adhesive material that is adjacent to and has adhesion to the back surfaces of solar cells, and a set of electrical connections formed between the front surfaces and the back surfaces, where the solar cells are electrically connected in series, and the top layer, the thermally conductive rear sheet and the solar cells are melt flow laminated with the melt flowed thermally conductive thermoplastic adhesive material of the thermally conductive rear sheet melt flow laminating to the solar cells. A heat from the solar cells is transferred via the thermally conductive rear sheet. The module further comprises: a thermally conductive metal sheet thermally coupled to an exposed rear surface of the melt flowable rear sheet; a glass layer on an exposed front surface of the optically transparent top layer; a melt flowable optically transparent fluorinated polymer front layer arranged on an exposed front surface of the optically transparent top layer; a thermally conductive layer arranged on an exposed rear surface of the melt flowable rear sheet; and an UV resistant melt flowable layer arranged on an exposed rear surface of the melt flowable rear sheet. The thermally conductive metal sheet has a thickness of 2 mils (0.002 inch). The thermally conductive metal sheet comprises a honeycomb, a perforated laminate and/or a structural member. The melt flowable thermally conductive rear sheet has a thermal conductivity of 0.5-4 Watt/m degrees K or up to 20 Watt/m degrees K. The top layer and/or the rear sheet comprise a molecularly flexible thermoplastic adhesive having a melt flow temperature of 80-200 degrees C, a glass transition temperature of less than about 0 degrees C and 10% of molecular crystallites that flow at melt flow temperatures of 80-200 degrees C. The module exhibits a flexural modulus at 60 degrees C that is fifty percent of the flexural modulus exhibited at 20 degrees C without cross-linking chemical curing, and has 10% molecular crystallites that flow at the melt flow temperatures. The top layer is not as thick as the rear sheet or thick as the solar cells. The electrical connections comprise: a first pattern of melt flowable electrically conductive thermoplastic adhesive between the top layer and the front surfaces of the solar cells, and a second pattern of melt flowable electrically conductive thermoplastic adhesive between the rear sheet and the back surfaces of the of solar cells, where the first and second patterns of melt flowable electrically conductive thermoplastic adhesive melt flow to each other to provide the electrical connections of the solar cells; interconnection members comprising solderable metal strips soldered to metalized contacts of the solar cells; and interconnection members comprising metal strips having areas comprising melt flowable electrically conductive thermoplastic adhesive covering 10-100% of the area of the metal strips and melt flowable electrically insulating thermoplastic adhesive substantially covering the remaining area of the metal strips on opposing broad surfaces.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic plan view of a solar cell interconnection, module and panel.    Top sheet conductors (210)    Thermally conductive rear sheet (300)    Rear sheet conductors (310)    Solar cells (400)    Bar contacts. (410)