Faster and more efficient renovation
- Up to 50% time saved compared to traditional methods
- On-site intervention reduced to just a few days
- Less disruption for occupants
OFF-SITE CONSTRUCTION
Imagine changing the way you build.
In the face of energy and climate challenges, building renovation must be more rapid, more efficient, and more sustainable.
What is off-site construction?
An innovative approach
Off-site construction is an innovative approach that involves prefabricating building elements in a factory before assembling them on-site.
Unlike traditional construction, this process offers greater speed, precision, and durability.
For retrofit, this means:
The Benefits of Off-Site Construction for Renovation
-
1 -
2Optimal Quality and Energy Performance- Factory manufacturing under controlled conditions for millimeter precision
- Reduction of thermal losses thanks to high-performance envelopes
- Less waste and a cleaner construction site
-
3A Sustainable and Circular Solution- Use of bio-based and recyclable materials
- Reduction of the carbon footprint of renovation
- Reuse and disassembly of elements for an optimized lifecycle
Towards an Ecological Transition Through Off-Site Construction
Energy renovation is a key lever to achieve carbon neutrality by 2050. By combining energy performance and industrialization, off-site construction enables faster, better, and more sustainable renovations.
Sustainability is at the heart of Retrofitt’s mission: each renovation is designed to minimize ecological impact and maximize the energy efficiency of buildings.
Building a Better Future Starts Now.
A Strong Commitment to Sustainability
- Zero waste goal: Through an optimized prefabrication process, Retrofitt uses only the necessary resources, eliminating waste and ensuring sustainable renovation.
- Reduction of emissions: Retrofitt prioritizes low-carbon impact materials and drastically reduces on-site transportation, allowing for emission reductions of up to 60%.
- Smart and sustainable buildings: Embedded technologies enable precise monitoring of energy consumption and maintenance of renovated buildings, ensuring sustainable performance and better resource management.