Description

8 detached villas on private plot, composed of two floors and basement with English patio.
Open kitchen, living and dining room, guest toilet and bedroom with bathroom en suite, on the ground floor.
Two bedrooms with bathrooms en suite and large terrace, on the first floor.
Private garden with swimming pool and barbecue area.
Parking place on plot.
Electric car charging power socket.
Individual private access from street.
Thermal and acoustic insulation in accordance with the new Technical Building Code.
White PVC exterior carpentry and shutters.
Interior carpentry and closet fronts in smooth white lacquered sheets.
Bathrooms and kitchens tiled from floor to ceiling with top quality tiles/gres.
Top quality sanitary ware and taps, wc with built-in cistern.
Porcelain stoneware or laminate flooring inside the house.
Reinforced access door.
Fully furnished kitchen, top and bottom units and granite countertop or synthetic agglomerate (silestone or similar).
Electrical installation according to R.E.B.T. (Low Voltage Electrotechnical Regulations) with high electrification (9.2 KW).
Smooth plaster on ceilings, removable ceilings in bathrooms with A/C installation.
Ducted air conditioning system (with heat pump) on ground and first floor.
Forced ventilation system with heat recovery.
Aerothermal system for domestic hot water.
Installation of photovoltaic panels on the roof for energy saving.

In the same way that geothermal energy uses the heat from the subsoil to generate energy, aerothermal energy uses the calories from the outside air, generating heating and hot water in winter, and refrigeration in summer, at a very low cost.A heat pump installed on the roof captures the air through a refrigerant gas, and transmits it to the inside of the house. It also works in reverse, extracting heat from the interior in order to generate cold air.

Photovoltaic solar panels capture energy from solar radiation and convert it into electricity. The system has inverters that convert the energy generated by the panels from direct current to alternating current for use in the home.The photovoltaic panels ensure considerable savings on electricity bills, while reducing the carbon footprint, all with low maintenance costs.

In the same way that geothermal energy uses the heat from the subsoil to generate energy, aerothermal energy uses the calories from the outside air, generating heating and hot water in winter, and refrigeration in summer, at a very low cost.A heat pump installed on the roof captures the air through a refrigerant gas, and transmits it to the inside of the house. It also works in reverse, extracting heat from the interior in order to generate cold air.Photovoltaic solar panels capture energy from solar radiation and convert it into electricity. The system has inverters that convert the energy generated by the panels from direct current to alternating current for use in the home.The photovoltaic panels ensure considerable savings on electricity bills, while reducing the carbon footprint, all with low maintenance costs.Proper ventilation of dwellings ensures indoor air quality. Forced ventilation with heat recovery improve wellbeing and comfort in the home.The system recovers the heated indoor air, heating the cold air coming in from outside in winter and cooling the warm air in summer. This results in some significant energy savings, while ensuring that the air entering the home is clean and filtered.