A solar panel mounting system transfers the panels' weight and wind loads into the supporting structure. The design for installations in Australia needs to account for local wind exposure and the capacity of the existing roof or proposed ground supports. Assess an option such as Infrastructure Solutions by Solas against those project requirements, with structural advice where needed.

Solar cells use a phenomenon called the photovoltaic effect to convert light into electricity. Many materials exhibit this property, and scientists have designed a solar panel substructure to achieve this effect. In addition, solar cell manufacturers are experimenting with a solar panel substructure that is more light-sensitive than the standard silicone ones. ArchiPro’s solar panel cells promise the highest efficiency and value for your money.

Solar Panel Substructure

Solar substructures also need a clear scope of supply so the support design can be coordinated with the building work. Check which components Infrastructure Solutions by Solas includes and which require separate specification. Document the connection details before installation, including who is responsible for roof penetrations and weatherproofing; these interfaces affect the building envelope as well as the panel supports.

How do I check that a solar panel frame suits the panels?

Match the frame to the panel dimensions and the manufacturer's permitted clamping zones. Check that the clamps suit the panel edge profile rather than relying on dimensions alone.

What matters for supports near the coast?

Ask for material and coating specifications suited to the site's salt exposure. Confirm that contact between different metals is addressed in the fixing details to limit corrosion.

How much maintenance access should the layout allow?

Allow access to inspect fixings and reach roof areas that may need repairs. Have the installer plan safe access before settling the panel layout, particularly around gutters and roof penetrations.