Interoperability and ecosystems: Assembling the industrial metaverse
Green space urbanization
1.
2.
3.
4.
5.
6.
7.
8.
9.
10. Key features :
Surface : 300m² GFA
Construction method : wood frame on slab and basement
Energy need of heating : 8 Kwh./m²
labels : PassivHaus (passive house) et Effinergie BBC
(Low Energy Building)
Summer comfort : Ground-coupled heat exchanger and
natural over-night ventilation
Heating Solution :(under study) mass stove with a
distribution via the mechanical ventilation
Hot water : Solar
Other Features : green roof, rainwater harvesting,
photovoltaic electricity production. Energy-plus-house
Budget : 1600 € HT /m²
Workers: Denisse Caizatoa, Yolanda Tolosa, Paula Garcia,
Nadia Mimbrera, Cristina Anaya and Natalia Perez.
11. Comments :
This large bioclimatic house was desired by the client.
This house shows that one can go very far on the
ecological plan without abandoning comfort and
aesthetics. Its performances are that of a passive house.
Even better the production of renewable energy makes the
building an energy-plus building.
Its originality lies in its reversible mass stove which will
assure not only the need for heating, but also to
contribute to the cooling of the house in summer by using
its important mass stove during this period. A
thermodynamic simulation was conducted to calculate the
impact of different possible scenarios to refine the
selection and identify areas of the house requiring a
specific hot or cold contribution depending on the time of
the year.
12. Everything is designed and optimized up to the smallest
detail: the mix of the construction techniques is used as a
combination of the used materials. The position of the
different elements has been designed to optimize their
performance as well the comfort perceived by the user.
The solar control is extremely pushed but appeals above
all in simple solutions requiring little maintenance. The
numerous glazed surfaces guided by the contemporary
architecture of this vast villa impose joiner's workshops
and very successful glazings to respect the objectives.
The insulation and the sealing against air have required
studies and a rigorous implementation. The green roof
allows to compensate partially the carbon well that
constituted the vegetation eliminated by the house but
also to contribute to the thermal regulation of the building;
in particular in summer by absorbing the main part of the
solar attacks.