LA House
Alventosa Morell Arquitectes
ARCHITECTS
Alventosa Morell Arquitectes
QUANTITY SURVEYOR
Iñaki González De Mendiguchia
LEAD ARCHITECTS
Josep Ma. Alventosa, Marc Alventosa, Xavier Morell
YEAR
2022
LOCATION
Llinars Del Vallès, Spain
CATEGORY
Houses
Text description provided by architect.
This project in Llinars del Vallès involved designing and constructing a single-family house on a well-oriented plot but with compromised privacy.
Through a simple design strategy and a bioclimatic approach, Casa LA offers a sheltered atmosphere for daily life, increasing the comfort of its inhabitants and reducing energy consumption.
The house's layout is organized around a central fireplace and four brick volumes. These compact ceramic boxes are strategically located at the ends of the house to accommodate the bedrooms and bathrooms.
In contrast to the private areas, the day space is open and circles the fireplace, extending beyond the perimeter volumes to connect with the garden through large openings.
The interior pavement extends to the exterior, accompanied by a wooden deck that functions as a porch and limits the views into the home's interior.
The Castilian-sized solid manual ceramic brick modulates the chimney and perimeter boxes housing the private areas. We used the same brick on the common areas' floor to define the space's module. The ceramic walls are the only vertical load-bearing element supporting all the roofs of the house.
Inside the brick boxes, the roof is built with metal joists and ceramic vaults. In the day area and porches, we used light pine wood trusses. We incorporated different design strategies to make the house's energy demand more efficient.
Thanks to the controlled light intake from the large openings, the thermal inertia of the walls and ceramic flooring, cross ventilation, and a high thermal performance envelope, we lowered the demand to 16Kwh/m²/year.
This means that the house does not require cooling. In the cold months, the house is heated with the chimney and four spot radiators connected to an aerothermal system.
Aiming to reduce the building's ecological footprint, we worked with sustainable materials, like certified wood for roofs and window frames, cellulose insulation in walls and ceilings, and biomass-based ceramics.
