PVshelter is a sustainable choice due to its safe and modular design, which ensures fire safety and the structural integrity of buildings. PVshelter takes into account the maximum roof load and extends the lifespan of inverters, contributing to the reliable and sustainable operation of the solar energy system.
PVshelter
a sustainable choice
Why is PVshelter a sustainable choice?
PVshelter is a sustainable choice due to various aspects that contribute to both the environmental impact and the practical benefits of the product. Here are the key reasons:
- Use of Magnelis® steel: PVshelter is made from Magnelis® steel, a material that offers exceptional corrosion resistance, up to 7 times better than standard galvanized steel. This makes the product more durable and ensures it withstands environments with chloride and ammonia, such as coastal areas and agricultural locations.
- Reduced CO2 footprint: By using sustainable materials like recycled roof supports made from car tires and the long lifespan of the materials, PVshelter directly contributes to reduced CO2 emissions. This aligns with Conduct’s broader strategy to promote sustainable installations.
- Space-saving design: PVshelter optimizes roof space, meaning less indoor space is needed for inverters. This efficient use of roof surfaces also contributes to the sustainability of buildings.
- Modular expandability: The design of PVshelter is modular, allowing it to be easily adapted and expanded without unnecessary material waste. This extends the lifespan of the installation and prevents the need for new materials to be produced for future expansions.