The technology of the Bianchetti House aims to improve the lives of the people who inhabit it: simplifying the management of many small domestic needs is one of the ways this is possible. Starting the heating before returning home, checking if you left a light on (and turning it off) when you’re already out, raising the shutters directly from bed, starting the washing machine when you need it, or - something more fun like - the music in the living room… all small actions that thanks to the home automation ecosystem you can do without stress.

The first aspect to pay attention to inside a house is the envelope, that is, the external shell of the property, composed of vertical walls (walls) and horizontal ones (roof, ceilings, and floors).

The thermal insulation of these surfaces, also called insulation, acts on the entire system since it significantly reduces the capacity for heat and cold dispersion between the internal and external environment. This results in significant energy savings for cooling and heating, as well as a feeling of greater living comfort. The envelope of the Bianchetti House is designed to minimize thermal bridges as much as possible, critical points of the building (often in corners) where heat exchange occurs differently than other surfaces and consequently increases the risk of mold.

To create houses with high energy performance, durable and beautiful, the choice of materials and raw materials counts. The Bianchetti House is characterized by the continuous search for sustainable, evolved, and high-performing proposals on the market. The insulating materials we use comply with the Minimum Environmental Criteria (CAM), which establish stringent requirements on recycled content, emissions, durability, and supply chain traceability. The adoption of CAM products guarantees not only high performance but also a lower environmental impact in terms of production, use, and disposal. A fundamental role is attributed to the Life Cycle Assessment (LCA), the assessment of the product’s life cycle. This approach allows for analyzing the environmental impact of materials from the raw material extraction phase up to their disposal or recycling.

The construction solutions we will propose to you express our choice to commit more and more towards sustainable building practices. An example is the use of dry systems, i.e., construction methods that bypass the use of wet materials like mortar or cement. This results in both an acceleration of the process and greater precision in the final result. Prefabricated components or plasterboard panels are certainly lighter and more adaptable materials that absolutely do not compromise aesthetic and structural quality. They can also come from recycled sources (or be recyclable themselves) and thus contribute to reducing environmental impact. This is an aspect we generally consider for internal walls, subfloors, insulation, skim coats, and painting.

Among the solutions put in place by Europe to achieve climate neutrality by 2050, the Energy Performance of Buildings Directive (EPBD) acts on the construction sector, responsible for the majority of CO2 emissions in the territory.

According to the latest updates, it provides that, starting from January 1, 2028, all new buildings owned by public authorities and, from January 1, 2030, all other new residential and non-residential constructions, must be zero-emission buildings (ZEB).

In Italy, since January 1, 2021, the zero-emission obligation has been introduced for all new buildings or for interventions that involve demolition and subsequent reconstruction. By May 2026, the government must transpose the Directive by applying it to national legislation.

Today, a home’s systems aim for maximum efficiency of the resources used, whether they are responsible for water distribution, ambient temperature regulation, or energy production. For the air, in addition to cooling and heating, we use systems for automatic renewal such as Controlled Mechanical Ventilation (VMC). The main objective of the Bianchetti House’s systems is to optimize consumption, reducing emissions and elevating your way of living. How is all this made possible?

In the house we are used to opening the windows to “change the air”, whether due to unpleasant odors or for temperature issues. However, in the Bianchetti House there is a system that optimizes the result, making this habitual gesture practically useless (which is anyway only illusorily effective).

Even just by living in the house, it becomes polluted - by CO2, water vapor, chemical releases from everyday objects - and, without realizing it, we live quietly in a toxic environment where it stagnates. This, in the long run, affects our health. Talking about indoor well-being starts here: from improving the quality of the air we breathe every day.

Security becomes an integral part of the home: intelligent protection that allows for preventing risks and ensuring peace of mind for the whole family.

Noise is not the first factor we think of when we want to build a house, yet it has a long-term impact on the way we live, influencing concentration, learning, mood, and sleep. The conditions of acoustic comfort (or discomfort) in construction are determined both by the external environment, such as traffic noise and commercial activities, and from the inside, such as neighbors or the home’s systems themselves.

The Bianchetti House aims to reduce the harmful effects of noise exposure on our organism. And it does so in full compliance with the decibels established by acoustic legislation, whose regulations differ at the national, regional, and municipal levels. In fact, just as we can establish the energy classification of a building, so it happens for its acoustics which provides for four classes (Class I being the best performance).

The ability of a building to face climate change and natural disasters is now a concrete necessity. In addition to offering greater protection to those who inhabit it, it contributes to reducing insurance costs and increasing the property value.

First of all, unlike traditional homes, often characterized by internal air movements that reduce comfort and over time can also cause structural damage, the Bianchetti House adopts a structure designed to eliminate these criticalities.

The house is earthquake-resistant, to dissipate stresses and protect internal spaces in the event of an earthquake. It is also designed to guarantee fire resistance, thanks to the use of certified materials and solutions that delay the spread of flames.