The roof of the eco house features an array of photovoltaic panels
The water features help cool the eco house
this modern villa is on a narrow hillside plot
the modern design lets in plenty of natural light, without over-heating the villa
the swimming pool is a saline pool negating the need for chemicals
eco-house: the large windows offer stunning views
the dramatic roof keeps the sun off of the top of the house
a close-up of the eco house
The Diseño Earle Eco-House, sustainable architecture
One of the terraces on the eco house
the roof provides additional cooling to the eco house
The windows feature a double skin to keep the interior cool


The roof of the eco house features an array of photovoltaic panels
The roof of the eco house features an array of photovoltaic panels
The water features help cool the eco house
this modern villa is on a narrow hillside plot
the modern design lets in plenty of natural light, without over heating the villa
the swimming pool is a saline pool negating the need for chemicals
eco-house: the large windows offer stunning views
the dramatic roof keeps the sun off of the top of the house
a close-up of the eco house
The Diseño Earle Eco-House, sustainable architecture
One of the terraces on the eco house
the roof provides additional cooling to the eco house
The windows feature a double skin to keep the interior cool
architecture news

Sustainable Architecture > Eco Villa Design > Spain

_project Name: The Eco House

_location: Spain

_type: Modern Eco-Villa

_project type: Eco Design & build

_brief: To design and build a large and modern zero carbon footprint villa.

_considerations: The long and narrow plot is located on a steep 45º gradient. The villa design had to be modern and have lots of natural light.

_response: The final design features a variety of environmentally-friendly features:

Cooling
Externally the most apparent feature is the roof line which sits wing-like above the building line. The roof form and distance from the building is key, it holds the solar panels at the correct angle to maximize effectiveness whilst also hiding them from view. Less direct heat is transmitted into the house and the space between the two rooflines allows air to pass over the building adding to the cooling effect. Perimeter adjustable louvered vents are also located just below the building roof line allowing cooler air to pass through rooms whilst removing the accumulated hot air.

Extensive glass is used in the design however the 'double skin' effect again incorporating adjustable louvered panels, prevent excessive heat conduction through the glass.

The main living area hovers above a 30cm deep canal of water which is part of the cooling system.

Water Management
A rainwater reclamation system will be installed and Grey water will be recycled from holding tanks situated in the basement. The pool will be saline negating the use of standard pool chemicals.

Heating
A photovoltaic system will supply the electricity to run a radiant heating system within the floor. The adjustable louver wall system will optimize heat capture during the day and retain the warmth by night. Geo-thermal energy will provide a back-up cooling and heating system.