N-architect
Copyright N-architect

N-architect

  • HOME
  • CONTACT
  • PROFILE
  • PROJECTS
Copyright N-architect

N-architect

POSITIVE ENERGY HOUSING

Boulogne, France
Housing
12 000m2
2006

 

The purpose of this project was to achieve a positive energy building, which means a building that produce more energy than it actually needs. The production is not really an issue because it relies on the area you can allow for the energy producing devices such as solar panel and photovoltaic panels. The real challenge of this project was to be able to design a housing building located in Paris, France, that (almost) won’t need any heating energy during the winter, without causing overheating during summer. Assisted by a thermical simulator, the project has been checked, step by step, to insure the realism of the design. The main components of this energy efficient are green houses lobbies (open during summer) to collect the heat during day time, and 40cm thick earth brick walls to store and diffuse the heat during night time. Orientation and solar protection for the windows helped completing the zero energy strategy for the building. On top of that, the free space between the different blocks has been turned into phyto-restoration pounds and gardens to treat and re-use the rain water.

 


 

L’idée de ce projet était de concevoir un bâtiment à énergie positive, soit un édifice qui produit plus d’énergie qu’il n’en dépense. La production d’énergie en soit n’est pas problématique, car elle est liée à la surface possible pour y intégrer des panneaux solaires et panneaux photovoltaïques. La véritable difficulté de ce projet a été de concevoir un bâtiment, situé a proche de Paris, qui pourrait fonctionner pratiquement sans chauffage en hiver et sans surchauffe en été, et ce, de manière naturelle, sans consommation d’énergie. Assisté par un logiciel de simulation thermique tout au long de la conception, la viabilité du projet a ainsi pu être vérifiée tout au long du processus de conception. Les principaux composants de cette efficacité thermique sont, les serres présentes à chaque hall d’entrée, qui permettent de collecter l’énergie solaire la journée, ainsi que des murs en terre cuite de 40cm d’épaisseurs afin de distribuer progressivement cette chaleur durant la nuit, par inertie. Les choix d’orientation et protection solaires ont ensuite aidé à rendre le bâtiment passif énergétiquement. De plus, afin de tirer partie au maximum du site, un jardin de phyto-restauration est proposé, afin de retraiter les eaux pluviales et les utiliser comme eau sanitaire.

Related Posts

MPL APPARTMENTS

MPL APPARTMENTS

Kuala Lumpur, Malaysia Housing 20 000m2 2008   Sitting on top of an existing office and commercial 6-storey building, MPL apartments’ project had one main constraint: the existing podium can’t support the load of the MPL project. To make this project possible, a huge structure crossing over the existing building has been designed to support […]

VEOLIA CENTER

VEOLIA CENTER

Toulouse, France Industrial 800m2 2007   Located at the edge of Toulouse-Blagnac Airport, this water treatment unit feeds two needs. On one hand, it collects and delays the overall airport rain water. On the other hand, it treats this same water to clean it from any hydrocarbon before let it go to a natural channel […]

WATER PROJECT 1

WATER PROJECT 1

Paris, France Facility 80m2 2005   Based on an essential life element, this public bath project attempt to explore the various relationship the visitor can have with water and how to connect him to this element through his senses. The three level that composed the project attempt to give distinct aspects of these emotions. The […]

KB STADIUM

KB STADIUM

Kelantan, Malaysia Facility 10 000m2 2011   The sultan of Kelantan, northern region of Malaysia, aspires to bring up his region on the front line of Malaysia’s development. KB stadium, a 40,000 seats facility, is in the heart of this move forward. Home of the Kelantan Red Warriors, this stadium aims to host soccer games […]

LEAVE A COMMENT CANCEL REPLY