ROOF-SOLAR PVC FLAT
The mounting for photovoltaic panels thermally welded to a synthetic membrane
The use of 60 cm Roof-Solar PVC rails results in a linear load distribution (rather than point load), thus reducing the risk of puncturing.
Certified ETN N°21_22-82
Landscape orientation
Portrait orientation
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Advantages of the system
A certified mounting solution
A resistant solution, the Roof-Solar PVC photovoltaic mounting has undergone several tests to be certified by a New Technology Survey (Enquête de Technique Nouvelle – ETN) by Alpes Contrôles: resistance to climatic loads, watertightness, condensation, corrosion resistance. All the results of these tests show the reliability of this mounting system.
Roof-Solar PVC also has a Broof (t3) fire resistance rating.
A minimum load
Roof-Solar PVC allows solar panels to be installed on the roof in such a way that the added load on the building structure is as low as possible. The pre-assembled rails with the PVC retaining strips are thermally welded to the PVC synthetic membrane. Ballasting is therefore not required.
A premium metal: aluminium
The Roof-Solar PVC photovoltaic process uses mostly aluminium. This metal has many advantages including being light, strong, recyclable and highly resistant to corrosion.
Technical data
| USE | Enclosed building, new roof or total or partial renovation |
| TYPE OF ROOF | Concrete, ribbed steel sheets, wood. Insulation of compressibility class C. Synthetic waterproofing membrane. |
| MODULE POSITION | Landscape or portrait |
| MATERIALS | Aluminium, stainless steel and PVC |
| SYSTEM WEIGHT | 2 kg/m² |
| SYSTEM COMPONENTS | 0.6 m aluminium rails fitted with retaining strips, universal aluminium/stainless steel clamp, external clamp with aluminium/stainless steel finish, Rail Grounding Connector (RGC), generator connector, Module Grounding Connector (MGC), waterproofing patch, cable guide |
| OPTIONS | Module Grounding Connector, Rail Grounding Connector |
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SIMPLE TO IMPLEMENT
Dome Solar Roof-Solar PVC and Roof-Solar Tilted PVC photovoltaic systems are certified by a New Technology Survey (Enquête de Technique Nouvelle – ETN). Roof-Solar PVC also has a Broof (t3) fire resistance rating.
The membrane is installed by mechanical fastening, i.e. waterproofing sheets are fixed using suitable screws and plates.
INSTALLING SOLAR PANELS ON A PVC FLAT ROOF
Rails of Roof-Solar PVC and Roof-Solar Tilted PVC photovoltaic mountings are hot air welded (read more about the steps here) to the PVC membrane either manually or in a semi-automated way. Once External Clamps and then Universal Clamps have been clipped on, photovoltaic panels can be installed. Due to the heat-welding technique, no ballast needs to be added to the building’s roof, which reduces the weight. Moreover, membrane perforation is not required so there is no risk of water leaking in.
