NOVELTY - The module (10) has a solar cell (12) for converting radiation energy i.e. sunlight, into electrical energy, and an electrical conductor conducting the electrical energy. An encapsulation unit (14) encases the solar cell to protect the solar cell and comprises glass panes (16) to protect and stabilize the solar cell that is laminated or cast into a layer (22) of embedment material. A body (26''') e.g. cylindrical pin, is fused into the glass panes for conducting the electrical energy through the glass panes or passing an electrical conductor through the glass panes.    USE - Solar module for converting radiation energy i.e. sunlight, into electrical energy.    ADVANTAGE - The body e.g. cylindrical pin, is fused into the glass panes for conducting the electrical energy through glass panes or passing the electrical conductor through the glass panes, so that the glass panes are protected from mechanical damage by drilled holes, and the electrical energy provided by the solar cells is delivered from the solar module in a mechanically secure manner without complicating the production process of the solar module in question. The module is protected from dust particles, humidity and corrosive gases, e.g. ammonia, in the case of livestock farming facilities and effectively operated with an increased life span. The design of the module allows a screw joint to be effectively accessible and visible, so that the installation can be simplified and errors in the wiring of the solar module can be identified and repaired in an easy manner.    DETAILED DESCRIPTION - The body is arranged as an electrically conducting pin that is selected from a cylindrical pin, a tapered dowel pin, or a bolt with a head. An INDEPENDENT CLAIM is also included for a method for fusing a body into glass panes of a solar module.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a solar module.    Solar module (10)    Solar cell (12)    Encapsulation unit (14)    Glass panes (16)    Layer (22)    Body (26''')