The energy redevelopment intervention carried out on this building was designed to bring concrete benefits in terms of efficiency, sustainability, and living comfort, leveraging the opportunities offered by the Superbonus 110%. The goal was to transform an existing property into a modern and high-performance structure, drastically reducing energy consumption and increasing the value of the building. A comprehensive project that involved the entire building envelope and systems, with the introduction of advanced technological systems and high-performance materials.
Interventions carried out
Insulation of the envelope
Installation of thermal insulation with a thickness of 12 cm, essential to reduce heat losses through the external vertical surfaces.
Insulation of the flat slab towards the attic, to further optimize the thermal insulation of the building.
Fixtures and blinds
All existing fixtures and shutters have been replaced with new high energy efficiency elements, improving thermal and acoustic insulation, and helping to create more comfortable and quiet indoor environments.Advanced heating system
The old heat generator has been replaced with a hybrid system of the latest generation, capable of adapting to different climatic conditions and ensuring high performance with low consumption.Renewable sources and energy autonomy
A photovoltaic system has been installed, complemented by storage batteries, to maximize self-consumption and further reduce reliance on the electricity grid.
Achieved results
Significant improvement of the energy class, with reduction of emissions and consumption.
Increase in living comfort, both in summer and winter.
Saving on utility bills, thanks to more efficient systems and self-production of energy.
Enhancement of the property, aligned with the most modern standards of sustainability and technology.
An intervention that demonstrates how innovation can enhance the existing, transforming a traditional building into a virtuous example of energy redevelopment and environmental respect.
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