Fixing system for solar panels

We have developed our own fixing rail, combining flexibility with high bearing capacity. The rails are easily joined together with fittings to build up to the length wanted. The rail is also prepared for cross installation.

The rail can be installed on the roof brackets across or along the tilt of the roof, depending on how the panel has to be directed.

Using centre and end clamps, the solar panel is easily installed on the fixing rail. Clamps and end caps are also available in a black version for use together with black solar panels.

A new simple solution for flat roofs, with fixing points in each corner of the solar panel. The solar panels are fixed to a low bracket at the front edge and a high bracket at the rear edge. The panel is at a 15 degree incline to the roof to optimise water run-off and collect the solar radiation. The next panel is installed by the side of the 1st panel on the same bracket, which provides an interlinked system with few fixing points.

The brackets are best installed on Weland's sealing plate and, for multiple rows, the high bracket and the next row's low bracket are anchored in the same fixing. The brackets are prepared for hanging cable rails and, when installed with sealing plates, the earth is connected via the fastener. The system can also be installed with ballast and provided with wind plates and loose earthing plates.

For installation on roofs or on the ground, a frame can be used to angle the panels towards the sun from 0-50 degrees. We stock an adjustable solution, but we can also offer solutions that are more adapted to your project.

Our rail, developed in-house, combining flexibility with high bearing capacity, is installed on the frame. The rails are easily joined together with fittings to build up to the length wanted. Using centre and end clamps, the solar panel is then easily installed in the fixing rail. This high tilt system with frame can also be used on the ground.

We have long experience of large constructions and we can easily produce solutions adapted to your project based on calculations regarding the prevailing wind and snow conditions.