A Concrete Approach to the Sustainability of Home Lifts

We have invested in a photovoltaic system with 230 bifacial modules covering approximately 700 m², with a total capacity of 133.40 kWp. This advanced technology reduces environmental impact and improves energy efficiency, covering up to 70% of our annual energy needs.

Equipped with high-efficiency systems and real-time digital monitoring, the plant optimizes production even under non-ideal conditions, ensuring consistent and reliable performance.

Thanks to this solution, we produce renewable energy, reduce emissions, and make our processes more sustainable, with a tangible focus on the future.

Each home lift is shipped in a single optimized crate (approximately 4 m³):
one crate truly corresponds to one home lift, without unnecessary packaging or fragmented shipments.
The crates are made from panels of wood sourced exclusively from recycled material and use formaldehyde-free binders, reducing the use of new raw materials and minimizing packaging waste.

This compactness also results in optimized shipping, through road transport, containers, and other methods, helping to reduce emissions and improve overall logistical efficiency.

The components inside the crates are optimized and arranged to facilitate assembly, making installation simpler and more efficient, with a reduced environmental impact related to both transportation and material handling.

Our lifts are produced using high-efficiency machinery that requires minimal consumption of lubricating and cooling oils, significantly reducing waste.

This approach combines innovation, efficiency, and environmental responsibility, minimizing waste throughout the entire supply chain: from production to delivery and final installation.