386 LAGARE

385 EVPA

377 VERS

371 MAG

370 WAULX

363 AWA

362 BGJ

361 BRO

358 TIL

353 VANHOE

351 MOCK

338 HEN

337 GUE

336 BED

335 PTB

334 CYGNES

331 INITIATIVE

331 GERA

329 PDL

318 POGGE

317 BRIC

306 VAL

298 BAU

289 VIGNETTE

286 NESPA

278 BERCHEM

268 CAR

218 CRU

207 VML

203 MOL

198 TOUR

192 GOU

178 STH

161 GEM

160 HDB

157 VRM

156 ABEH

149 GREN

145 CQDA

143 ZOE

138 PWB

132 ESN

126 STA

121 CAB

104 NAV

102 JON

096 MAZ

095 TOF

083 ESP

072 CRP

062 MDV

059 DEW

057 COL

051 BRU

038 HOM

037 VDN

Low energy house - Straw/hempcrete

Uccle
2010
Phase
Terminé
Cost
400. 000 € HTVA
Surface
180 m²
Commanditaire
Privé
Mission
Mission complète d'architecture
Consultant
AAIA - Pierre Cloquette
Pictures
Sergen Anton & Matthieu Delatte

A Strand of Straw

In designing this house, the aim was to develop a technically simple, healthy and lively house using the same materials and techniques as the straw blade.
As architects, we are convinced that people need to be able to warm themselves by the fire. This elementary reflection leads to question the passive standard as a norm and to propose other ways leading to comfort, energy autonomy and "zero carbon" buildings.
The intention is therefore to approach the project from the point of view of technical and constructive simplicity, perceived comfort and to show that it is possible to achieve a very low overall primary energy requirement while designing a so-called low energy building.

For information, the annual heating requirement is estimated at 41 kWh/(m2a) supplied by a mass stove (carbon neutral) and the overall primary energy requirement is estimated at 54 kWh/(m2a).
The electricity consumption is compensated by the progressive purchase of shares in a cooperative producing electricity from wind and biomass.
Furthermore, the configuration of the land, with many walls against the ground and a well oriented slope, has made it possible to design a house using bio-climatic principles.
The house is therefore not passive but the final objectives are the same, i.e. to minimise primary energy consumption and aim for energy autonomy.
In terms of construction, each element of the project was chosen according to its technical and ecological qualities and its ability to guarantee a healthy indoor environment by its nature, its ability to regulate the rate of hygrothermia and its thermal capacity (inertia and damping of temperature differences).

Translated with www.DeepL.com/Translator (free version)

033 GEM

032 TOR

001 SCH

000 GRA

000 CHSK