House in Monte el Pardo | Slow Studio

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House in Monte el Pardo | Slow Studio

Information

  • Project Name: House in Monte el Pardo
  • Practice: Slow Studio
  • Completion year: 2021
  • Gross Built up Area: 230 m2
  • Project Location: Madrid
  • Country: Spain
  • Lead Architects/Designer: Slow Studio
  • Photo Credits: Salva López
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Excerpt: House in Monte el Pardo, designed by Slow Studio, is a compact house that adopts a bioclimatic strategy to allow good sunlight and ventilation in all the rooms through two courtyards. The semi-buried lower structure is built with a system of concrete block inertia walls that function as a foundation and wall element, whereas the upper structure is raised with a semi-prefabricated structure of lightweight timber frame with pine wood.

Project Description

[Text as submitted by architect] The chosen location is Monte el Pardo, 30 kilometers from Madrid in a plot with fantastic views and orientation. Our clients expect their house to be empty for a good part of the year so they want to find a way to make it pay for itself by renting it out when they are away but maintaining a private space.

House in Monte el Pardo | Slow Studio
© Salva López
House in Monte el Pardo | Slow Studio
© Salva López

Thus, the commission starts as a house with two independent areas that can be converted into one in the future. The sloping layout of the plot helps us to solve both needs by generating a two-storey house with independent access from the outside to each level. On the first floor, the access is carried out via a walkway that resolves the steep slope of the first meters of the plot. This floor can be completely independent from the ground floor, where the living-dining room, kitchen and a small study that can be converted into a bedroom are located in complete connection with the exterior.

House in Monte el Pardo | Slow Studio
Axonometric © Slow Studio
House in Monte el Pardo | Slow Studio
© Salva López
House in Monte el Pardo | Slow Studio
First Floor Plan © Slow Studio

As this is a compact house, the bioclimatic strategy looks for a way to guarantee good sunlight and ventilation in all the rooms through two courtyards.

House in Monte el Pardo | Slow Studio
Exploded Axonometric © Slow Studio

The south courtyard of the house is key to ensuring good natural ventilation without incurring energy losses. It is a double-height courtyard with a south façade and a glazed roof that can be opened or closed depending on the season. In winter, the glazing is closed, creating a greenhouse effect that preheats the natural air outside. In summer, the glazing is opened and ventilation is carried out through a Canadian well, a 30-meter-long tube that runs under the house and introduces air at a temperature of 20 ºC during the hottest year’s months.

House in Monte el Pardo | Slow Studio
© Salva López
House in Monte el Pardo | Slow Studio
Ground Floor Plan © Slow Studio

The longitudinal shape of the house allows taking advantage of the north façade to generate cross ventilation in all the rooms on the upper floor. On the lower floor, which is semi-buried, ventilation is guaranteed thanks to the north patio. The project not only takes into account the renewal of air but also indoor air quality, avoiding finishing products (varnishes, glues and paints) containing toxic substances that are emitted into the indoor air in the form of volatile organic compounds.

House in Monte el Pardo | Slow Studio
© Salva López
House in Monte el Pardo | Slow Studio
© Salva López

Two construction systems are combined to save costs and guarantee comfort according to the use of each area. The semi-buried ground floor is built with a system of concrete block inertia walls that function as a foundation and wall element. The first floor is raised with a semi-prefabricated structure of lightweight timber frame based on pine wood with PEFC certificate.

House in Monte el Pardo | Slow Studio
Transversal Section © Slow Studio
House in Monte el Pardo | Slow Studio
© Salva López

The façade structure is composed of a framework of laminated pine laths, protected on the outside by OSB panels and on the inside by glue-free gypsum fiber panels. The interior partitions are made with clay-coated cellulose panels, the floors with manual terracotta pieces and all the enclosures are in the wood. In order to make the best use of water resources, an 8,000-liter rainwater recovery tank is installed to store rainwater for use in cleaning and toilets.

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