Abstract: The invention relates to a mounting system for frameless solar panels that enables water to run of more easily. Moreover the water does not collect near or on the module and runs of in transversal direction of the mounting rail holding the lower end of the module.

Abstract: The roof or facade cladding comprises panel-shaped construction elements (1) arranged in a scale-type pattern, and each construction element (1) comprises at least a panel part (2), a frame and at least one retaining element (6). Each construction element (1) is secured by the at least one retaining element (6) on an essentially horizontally disposed support element (27). Each retaining element (6) is disposed on the respective construction element (1) adjacent to a bottom, essentially horizontally oriented edge (5) of the construction element (1) and the point (20) of the retaining element (6) contacting the support element (27) lies closer to this bottom edge (5) than the top edge (11) of the construction element (1). Each construction element is protected from mechanical damage all the way round at the edges the frame.

Abstract: Adjacent rows of flat, panel-shaped components disposed below one another, overlapping in a shingle-like way, form a covering of a roof or a facade. The components are preferably designed as photovoltaic elements. Disposed under the components in each case in the region between adjacently situated vertical rows is a section forming an upwardly open channel in order to receive and drain water running off next to the components. The section has sawtooth-shaped lateral parts on which the components are borne in their shingle-like configuration. By means of the lateral parts, a clearly defined support for the components is formed, and by means of the sections draining the water, seals between the components can be dispensed with even in horizontal direction.

Abstract: Adjacent rows of flat, panel-shaped components disposed below one another, overlapping in a shingle-like way, form a covering of a roof or a facade. The components are preferably designed as photovoltaic elements. Disposed under the components in each case in the region between adjacently situated vertical rows is a section forming an upwardly open channel in order to receive and drain water running off next to the components. The section has sawtooth-shaped lateral parts on which the components are borne in their shingle-like configuration. By means of the lateral parts, a clearly defined support for the components is formed, and by means of the sections draining the water, seals between the components can be dispensed with even in horizontal direction.