Metal photovoltaic shelters are a sustainable and functional solution for those who want to combine the protection of outdoor spaces with the production of renewable energy.

A photovoltaic shelter is an innovative structure that combines the shelter function with the production of electricity through solar panels installed on its surface.

The shelters with solar panels produce clean energy while carrying out their primary function of sheltering cars.
They are a resistant protection for any weather, strong winds and excessive summer heat from the sun's rays.
If you were to think about the installation of shelters from a business point of view, it can only bring about image and brand improvements.

By purchasing this photovoltaic shelter solution, the investment in the canopy will be amortized by savings in terms of electricity costs, green bonuses, tax breaks and eco-incentives which reduce expenses. The materials that make up our shelters, designed through photovoltaic projects studied by our engineers present, are of the highest quality, so as to guarantee, in any context, maximum safety and resistance.

Some key information:

• Load-bearing Structure: generally, the load-bearing structure is made of hot-dip galvanized steel or aluminium, materials that guarantee resistance and durability
• Fixing: there are various fixing techniques, both on the ground (self-supporting, pole embedded in the plinth, base plate) and by hooking to the wall
• Painting: on request, the structures can be painted with an oven-drying epoxy powder system, available in different colors
• Lighting: it is possible to combine a lighting system, increasing the functionality of the shelter even during the evening hoursi

What are the advantages of metal photovoltaic shelters compared to other materials?

• Durability: hot-dip galvanized steel is resistant to corrosive agents such as rust, ensuring a long life of the structure
• Durability: Metal is a sturdy material that can withstand heavy loads, such as snow or strong winds, without deforming
• Maintenance: metal structures require less maintenance than wooden or PVC ones, which may require periodic treatments
• Installation: ease of installation is another point in favor of metal shelters, which can be mounted quickly and with fewer complications
• Electrical Conduction: Steel is a good conductor of electricity, which is advantageous for supporting photovoltaic panels
• Sustainability: metal photovoltaic shelters produce clean electricity, contributing to the reduction of harmful emissions into the environment
• Versatility: the metal structure adapts to any type of terrain and does not require masonry work or building interventions
• Aesthetics: Metal canopies can be designed with a modern and elegant appearance, increasing the aesthetic value of properties

These advantages make metal photovoltaic carports an excellent choice for those looking for a practical, durable and low-maintenance solution for producing renewable energy.