In the flat roof sector, aerodynamic mounting systems have evolved, especially for foil, bitumen, green and gravel roofs. The reason for this success is the simple assembly compared to other systems, as normally no roof penetrations have to be made and better load values are achieved through the aerodynamics. Instead, ballast is only applied depending on the project. In this context, the so-called static friction coefficient between the bracket and the roof cladding plays an important role in all aerodynamic systems on the market, for example in our IBC AeroFix and IBC AeroFlat systems, because it strongly influences the ballast. How this is determined exactly and what needs to be taken into account is explained in more detail below. (more…)
Flat roofs are particularly well suited for the installation of a PV system – especially when a large PV system should be placed on the roof. More and more flat roofs are being equipped with PV systems; in the case of commercial business, they are usually for self-consumption. We have already discussed the installation of PV systems on flat roofs in part 4 of this blog series. Today’s article is all about heat insulation on these roofs and what areas require special attention. (more…)
It is important for the solar energy system to be securely fixed to the roof of all installations – and every roof has its own specific requirements. I would like to take the opportunity with this and other blog entries on the subject of “mounting systems” to present the typical mounting options to operators and installers for the most frequent roof types and give them recommendations.
Flat roofs (generally with up to 10 degrees inclination and building heights of up to 25 m) are particularly well-suited to the installation of a PV system – above all when there should be a lot of PV capacity on the roof. (mehr…)