Ruiz - Larrea Arquitectura

Bioclimatic Dwelling in Tenerife

Bioclimatic Dwelling in Tenerife
© Courtesy of Ruiz Larrea y Asociados

BIOCLIMATIC DWELLING IN TENERIFE

Ruiz Larrea y Asociados

CATEGORY
Houses

YEAR
2003

LOCATION
Instituto Tecnológico y de Energías Renovables S.A. - Pol. Ind. de Granadilla, s/n. Granadilla de Abona, Tenerife, España

BUILDING SERVICES
3i Ingenieros

CLIENT
Cabildo Insular

CONSTRUCTION
Corsan-corviam S.A.

Text description provided by architect.

The most important sustainability data has to do with the design of passive elements. Optimal orientation, use of materials from the surroundings and zero energy cost in origin: Tosca volcanic stone, riga recycled wood, glass, concrete and basalt stones in gardening, insulation, waterproofing, etc.

Bioclimatic Dwelling in Tenerife
© Courtesy of Ruiz Larrea y Asociados
Bioclimatic Dwelling in Tenerife
© Courtesy of Ruiz Larrea y Asociados

It has no heating or air conditioning due to the benign weather conditions. Its bioclimatic emphasis is on controlling air renewal and hydrothermal control over it, as well as the landscape integration to the environment and harnessing wind power from the park for housing consumption.

The house explores the bioclimatic advantages of an agricultural structure sufficiently sanctioned in time and space as the Canary Gerais for the production of wine.

Bioclimatic Dwelling in Tenerife
© Courtesy of Ruiz Larrea y Asociados
Bioclimatic Dwelling in Tenerife
© Courtesy of Ruiz Larrea y Asociados

Optimum shapes to defend from consistently high wind pressure - the circle - optimization of orientations and local materials as well as conceptual inspiration systems in spatial, landscape, and compositional relationships of the project.

Stabilized double sheet Tosca stone walls are placed on the ground allowing the inner air chamber to function as a heat distributor of fresh air from the ground to the inside, through a venturi effect that we create with radiation heating.

Bioclimatic Dwelling in Tenerife
© Courtesy of Ruiz Larrea y Asociados

The concrete slab covered with topsoil and native planting is kept wet by a drip system, promoting evaporation and thus ensuring constant temperature of the concrete mass, avoiding the effect of radiant response to the interior of the masses exposed to excessive sunlight. Wooden ventilated chamber directly on the excavated soil and also humidified by a drip system. 

Isothermal box incorporated in a design kit will be industrialized in a battery pack with 2000 liters of rainwater for gray water use. ACS panels circuit, computer equipment batteries and alternators for photovoltaic panels incorporated into the folding canopies of the south porch (they have not been installed as the dwelling is using energy from the park wind mills). 

Bioclimatic Dwelling in Tenerife
© Courtesy of Ruiz Larrea y Asociados

In fact the house is the flexible and transformable space between a very strong geometric footprint on the ground and passive systems that try to enhance the air renewal, directing and controlling the cool sea breezes to ensure a cool shade, to prevent heat accumulation in the materials and actually reproduce very naturally the comfort conditions that nature often provides in a place we use sensibly.


Bioclimatic Dwelling in Tenerife
Elevation
Bioclimatic Dwelling in Tenerife
Elevation
Bioclimatic Dwelling in Tenerife
Section 1
Bioclimatic Dwelling in Tenerife
Section


Bioclimatic Dwelling in Tenerife
Sketch 1
Bioclimatic Dwelling in Tenerife
Sketch 2
Bioclimatic Dwelling in Tenerife
Sketch 3
Bioclimatic Dwelling in Tenerife
Plan


Bioclimatic Dwelling in Tenerife
Scheme1

Bioclimatic Dwelling in Tenerife
Scheme 2

Bioclimatic Dwelling in Tenerife
© Courtesy of Ruiz Larrea y Asociados

Ruiz - Larrea Arquitectura
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Ruiz - Larrea Arquitectura
C.Gran Vía, 59, Centro, 28013 Madrid, Spain