SABLE - NEW RESIDENTIAL PROJECT IN THE CENTER OF LIDO DI JESOLO

A perfect combination of architectural sophistication and cutting-edge technology: the new real estate project is located near Piazza Marconi, in the heart of Jesolo! 

Let's find out the details of this project ...

Sable is a residential complex built with attention to technological innovation without sacrificing class and refined style, with absolute respect for the landscape in which it is inserted.

The careful design enhances the internal and external spaces, the southern exposure gives brightness to the apartments and the large terraces offer a wonderful sea view. The building consists of 7 levels above ground, for a total of 11 housing units, and an outdoor space for covered parking.

Energy efficiency and home automation

Sable is made with the concept of high energy performance "CasaClima-Classe A".

Low energy consumption is a fundamental element for the protection of the environment and the climate, and allows for significant savings in what are the property management costs. This is possible through the use of suitable insulators and sophisticated thermal and electrical systems.

And that is where home automation comes in..

The home automation systems with which Sable is equipped, through the latest technologies, allow you to control the electrical systems, appliances and all the equipment operating inside the home. This is undoubtedly a convenience that also allows you to manage your home in an intelligent way, achieving maximum energy savings.

Sable: elegance, attention to detail, high construction standards, technologies that guarantee living comfort and energy savings ... all just 50 meters from the sea ...

Air health




Sable is equipped with an air filtration and sanitization system that allows a drastic reduction in the risk of diseases and respiratory problems for those who live there.

All residential units have an innovative system that guarantees heating, cooling, domestic hot water production, controlled mechanical ventilation, and air sanitization, through an aeraulic heat pump with active thermodynamic recovery.

The renewal of the air takes place through the use of the electronic filter which has a high antibacterial power: the inactivation of the bacterial load occurs through the destruction of the bacterium membrane thanks to the electric and thermal shock.