NOVELTY - The process comprises applying a photovoltaic layer on a carrier, covering the photovoltaic layer with a transparent layer, and applying an intermediate layer on the photovoltaic layer with adhesive properties before a lacquer layer is applied. For applying photovoltaic layer, a flexible layer composite is provided, which has a temporary carrier film on which the lacquer layer is applied, the layer composite is pressed onto the photovoltaic layer with the side on which the lacquer layer is applied and the temporary carrier film is removed, where the lacquer layer remains as transparent layer.    USE - Process for producing a solar cell module, which is an electrical component.    ADVANTAGE - The process ensures efficient, simple and flexible production of the solar cell module with high scratch resistance, high weather resistance, excellent mechanical protection and high durability.    DETAILED DESCRIPTION - The process comprises applying a photovoltaic layer on a carrier, covering the photovoltaic layer with a transparent layer, and applying an intermediate layer on the photovoltaic layer with adhesive properties before a lacquer layer is applied. For applying the photovoltaic layer, a flexible layer composite is provided, which has a temporary carrier film on which the lacquer layer is applied, the layer composite is pressed onto the photovoltaic layer with the side on which the lacquer layer is applied and the temporary carrier film is removed, where the lacquer layer remains as transparent layer on the photovoltaic layer. A dual-cure lacquer is used for the lacquer layer. A lacquer for the lacquer layer comprises double-bond-containing hydroxyl-functional component A, double-bond-containing isocyanate-functional component B and optionally double-bond-containing component C. The lacquer layer is thermally prehardened on the temporary carrier film, and is finally hardened with UV-light before the temporary carrier film is removed. An INDEPENDENT CLAIM is included for a solar cell module.