The flexible roof integration system

Compatibility and flexibility
TRI-ROOF offers unlimited freedom when choosing modules: The mounting system is suited for all framed module types of all module manufacturers in the TRITEC range. The simple insertion system was designed to be used independent of the module manufacturer. Thus, framed standard modules can be integrated into the roof. The mounting system is supplied as a complete set. This includes as standard also the edge connection plates, in addition to the profiles and insertion rails. The plates can be adjusted to the respective module size and thus offer the greatest flexibility possible.

Impermeability and resilience
The roof integration system TRI-ROOF replaces the existing roofing completely. The bulk of the rain water is discharged from the PV modules. The remaining water is collected and drained off in the specifically developed water-bearing carrier profiles, so that the impermeability of the roof is ensured. All TRI-ROOF components are optimally designed for wind and snow loads and are resistant to even extreme weather conditions.

Aesthetics and simplicity
The edge connection plates are made from aluminium and have an anthracite coating. Combined with black anodised insertion profiles and modules with black frames, every roof receives an aesthetically sophisticated PV system. The installation of the modules does not require screws: they are locked into the insertion profiles by gravity. In addition to giving a pleasing visual effect, this also enables the modules to be removed and inserted again during maintenance work.

Quality and safety
TRITEC guarantees the highest quality and greatest safety. All profiles and accessories manufactured under the original label TRI-ROOF carry a manufacturer’s guarantee of 5 years from the date of delivery. This guarantee covers both sound condition and technical efficiency of the products. The system is planned and calculated with extraordinary efficiency using the TRI-DESIGN dimensioning software, thus ensuring optimal design and best safety.