NOVELTY - Mount (10) has a common mounting surface (52) on which an assembly (12) of solar panels (14) is mounted, where mounting surfaces of the solar panels lie in two different levels that are inclined opposite to the common mounting surface. A pivoting frame (16) forms the common mounting surface, and is rotatably arranged on a base (18) that is mounted on an underground of a solar plant, where the frame is rotatable by a drive (32). The common mounting surface has a surface normal coinciding with an axis of rotation of the frame.    USE - Used for mounting an assembly of a solar module in a solar plant (claimed), where the solar module is mounted on a mounting surface e.g. roof of a building, for converting radiation energy of sun into electric energy.    ADVANTAGE - The pivoting frame forms the common mounting surface on which the solar panels are mounted, so that the entire solar panel assembly is simultaneously rotated, when the frame is rotated on the base. The solar panels are thus arranged close to the common mounting surface, when the frame is rotated by the drive, and hence producing maximum yield of the solar panel. The solar panel is designed in such a manner that it is arranged directly to the sun and the frame is oriented such that the shading of the consecutively arranged solar panels is avoided, even when the common mounting surface is provided with high density of the solar panels. The efficiency of the solar plant is thus increased. The arrangement of the solar panels on the common mounting surface with the fixed arranged reduces the overall height of the mount without critical wind load to the solar plant.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for controlling a solar panel assembly mount.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a mounting for an assembly of solar panels.    Mount (10)    Solar panel assembly (12)    Solar panel (14)    Pivoting frame (16)    Base (18)    Drive (32)    Common mounting surface (52)