STRUTTURA DI SOSTEGNO A 45 GRADI PER 2 MODULI FOTOVOLTAICI SU TETTO View larger

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45-degree support structure for two photovoltaic modules on a flat roof or solar terrace

S2P-TP45

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45-degree support structure for two photovoltaic modules on a flat roof

The structure, made entirely of 3mm anodized aluminum, allows for simple and safe mounting of solar panels both in flat roof situations (with ground anchoring) and with vertical wall mounting. They can also be used as canopies or placed on the ground in a garden.

This structure is designed for the mounting of no. 2 photovoltaic modules with a maximum width of 1050mm per module

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155,00 €

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45° SUPPORT STRUCTURE for two photovoltaic modules on a flat roof

The fastening structure consists of the following components:
- n. 2 triangular stands with a 45° inclination
- n. 2 rails
- n. 4 terminal fixing clips
- n. 2 central fixing clips
- Bolts

The installation of a fastening structure for photovoltaic modules on a flat roof is technically simpler compared to an installation on a pitched roof because the work is done on a flat surface, which is assumed to be much more stable.

But what precautions should we take to ensure that an installation on a flat roof is also a safe installation over time, meaning it is safe for the building itself and does not damage the roof's supporting structure, does not create problems like leaks, and above all does not damage the insulation balance of the roof, while also being safe for the inhabitants of the building?

On a flat (or slightly inclined) roof, it is crucial not to puncture the roof covering.

In fact, while on an inclined roof we can use systems that allow us to be 100% sure of protecting our installation against leaks, in the case of a flat roof, we must anticipate the possibility that water in certain situations might stagnate, also creating puddles that can gradually test the insulation carried out on the roof as a result of punctures.

The best solution is to avoid puncturing, therefore an alternative system must be found to ensure that the panel can remain on the roof without being physically attached to the covering.

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