NOVELTY - The solar module comprises solar cells (1, 2), which are arranged in an insulating glass composite in the gap between a front pane and rear pane (11), where the cells are fixed in the gap and the solar cells are arranged diagonally to the vertical axis inside an approximately vertical insulating glass module, which is fixed in or on an approximately vertical building facade. The individual solar cell is arranged in vertical rows horizontally distanced from each other in vertical interval and in vertical rows horizontally distanced from each other in vertical interval.    USE - Used as solar module.    ADVANTAGE - The solar module can be manufactured with robust electrical connection and protects the solar cell from mechanical influences.    DETAILED DESCRIPTION - The solar module comprises solar cells (1, 2), which are arranged in an insulating glass composite in the gap between a front pane and rear pane (11), where the cells are fixed in the gap and the solar cells are arranged diagonally to the vertical axis inside an approximately vertical insulating glass module, which is fixed in or on an approximately vertical building facade. The individual solar cell is arranged in vertical rows horizontally distanced from each other in vertical interval and in vertical rows horizontally distanced from each other in vertical interval. The individual solar cell has a lateral horizontal interval between millimeters to centimeter. The solar cell is arranged on the interior side of the rear pane, where the fixture is electric contact. The strings (18) connecting the solar cells are arranged for securing the solar cells on the interior side of the rear pane. The solar cells are determined with an intermediate adhesive on the interior side of the rear pane. The sloping position of the solar cell is formed through the string-element so that the cell lower side string is mounted on a guide layer of the back plate by soldering or friction welding and the cell upper side string-element is contacted with the angle and interval on a further element of the guiding layer. The sloping position of the solar cell is variably guided and the angle is manually or automatically adjustable. The solar cells are positioned with the string-element by individual sloping element on the glass disc. The height of the solar cell in vertical direction is larger than the interval between the panes of the insulation glass module in horizontal direction. The solar module lies the light interval between the panes of 5-50 mm in a vertical height of 157 mm. The interior area between the panes is filled with argon. An anti-reflection coating is applied on the interior side and/or the external side of the front pane. A stamping structure is used on the surface of the front pane.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic representation of an insulating glass module with solar cells.    Solar cells (1, 2)    Rear pane (11)    Hollow profile (12)    Connection (15)    String. (18)