NOVELTY - Producing a solar module (1) with a number of solar cells (3) arranged on a planar insulating support (7) and interconnected via interconnects or connected to an external terminal comprising connecting terminals for interconnecting arranged entirely on one of its two surfaces that represents the rear side in the operating position, comprises e.g. connecting the connecting terminals with the interconnects at connecting points on the rear side, and providing the connecting terminals of the solar cell with connecting material bodies before contacting the solar cells with the wiring film.    USE - The method is useful for producing a solar module (1) with a number of solar cells.    ADVANTAGE - The method: ensures improved positioning of the solar cells with respect to the interconnects or alignment of the cells during lamination; enables lower fouling tendency of the through-openings; reduces purification steps and enhances process safety when contacting the cells, preferably after laminating.    DETAILED DESCRIPTION - Producing a solar module (1) with a number of solar cells (3) arranged on a planar insulating support (7) and interconnected via interconnects or connected to an external terminal comprising connecting terminals for interconnecting arranged entirely on one of its two surfaces that represents the rear side in the operating position, comprises connecting the connecting terminals with the interconnects at connecting points on the rear side, where the insulating support has a multilayer structure comprising a wiring film having the interconnects, and a prefabricated insulating film penetrated by cohesive connecting at the connecting points between the wiring film and the solar cell-rear side, and providing the connecting terminals of the solar cell and/or the connecting points corresponding to points of the interconnects of the wiring film with connecting material bodies before contacting the solar cells with the wiring film. The amount of connecting material body based on the solar cell or the interconnects, the first connecting material bodies superimposed on each other, based on the solar cells and the second connecting material bodies based on the interconnects, or the sum of the heights of the first- and second connecting material body corresponds to the thickness of the insulating film. INDEPENDENT CLAIMS are also included for:    (1) a solar cell as an intermediate product for performing the above method, comprising the connecting material bodies, which is fixedly mounted on the connecting terminals; and    (2) wiring film, as an intermediate product for performing the above method, comprising connecting material bodies fixedly mounted on the connecting terminals at a predetermined connecting points.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic perspective view of a solar module.    Solar module (1)    Solar cells (3)    Insulating support (7)    Further insulating film (9)    Front glass (11)