Sustainability
Curatorial Idea:
Each pavilion concentrates on one topic of green building. The topic is content but also architectural programme.
The topics to be addressed are :
- geothermical energy
- solar energy
- drainage and xxx of water
- air xxx
- building envelopes
- life cycle of materials
Sustainability measures
1. Minimising heat-loss through the building skin by:
Using compact building form
2. Minimising heat-loss through the building skin by:
high levels of thermal insulation
3. Minimising heat-loss trough ventilation by:
tighly sealing the building
4. Minimising heat-loss trough ventilation by:
extracting heat energy from exhaust air
5. Minimising heat-loss trough ventilation by:
pre-heating supply air in the Winter
through the geothermal heat exchange system
6. Optimising thermal protection in the Summer by:
pre-cooling fresh air in subterranean air passages
of geothermal heat exchanger
7. Optimising thermal protection in the Summer by:
exterior solar protection in the tripied- glazed windows
8. Optimising thermal protection in the Summer by:
efficient interior mounted shading of the glaze roof
9. Optimising thermal protection in the Summer by:
cooling at night with fresh air to exploit the thermal
mass of the building´s primary structure
10. Maximising the passive use of solar Energy with:
flexible solar protection for the offices which allows
low winter sun into the rooms
11. Maximising the passive use of solar Energy with:
active use of solar energy with thermal solar collection/
photovoltaic collectors
12. Tempering the building climate, using the atrium:
in offices facing onto the atrium:
natural air ventialtion by opening the windows
as well as exhaust air through `overflow` elements
into the atrium by natural convection
13. Tempering the building climate, using the atrium:
in offices located on the exterior facade:
exhaust air through òverflow`elements into the atrium
by natural convection
14. Optimisation of the use of daylight through:
a relatively narrow building with (11.8m)
15. Optimisation of the use of daylight through:
an optimised proportion of window glazing: ca. 35%
of exterior and ca. 60 % of the interior facades
16. Optimisation of the use of daylight through:
the use of surfaces to direct and reflect daylight
17. Further ecological measures:
district heating from landfill methane
18. Further ecological measures:
use of recycled material and ecological, biodegradabie
and reusable building materials
19. Further ecological measures:
planted roofs
Using compact building form
2. Minimising heat-loss through the building skin by:
high levels of thermal insulation
3. Minimising heat-loss trough ventilation by:
tighly sealing the building
4. Minimising heat-loss trough ventilation by:
extracting heat energy from exhaust air
5. Minimising heat-loss trough ventilation by:
pre-heating supply air in the Winter
through the geothermal heat exchange system
6. Optimising thermal protection in the Summer by:
pre-cooling fresh air in subterranean air passages
of geothermal heat exchanger
7. Optimising thermal protection in the Summer by:
exterior solar protection in the tripied- glazed windows
8. Optimising thermal protection in the Summer by:
efficient interior mounted shading of the glaze roof
9. Optimising thermal protection in the Summer by:
cooling at night with fresh air to exploit the thermal
mass of the building´s primary structure
10. Maximising the passive use of solar Energy with:
flexible solar protection for the offices which allows
low winter sun into the rooms
11. Maximising the passive use of solar Energy with:
active use of solar energy with thermal solar collection/
photovoltaic collectors
12. Tempering the building climate, using the atrium:
in offices facing onto the atrium:
natural air ventialtion by opening the windows
as well as exhaust air through `overflow` elements
into the atrium by natural convection
13. Tempering the building climate, using the atrium:
in offices located on the exterior facade:
exhaust air through òverflow`elements into the atrium
by natural convection
14. Optimisation of the use of daylight through:
a relatively narrow building with (11.8m)
15. Optimisation of the use of daylight through:
an optimised proportion of window glazing: ca. 35%
of exterior and ca. 60 % of the interior facades
16. Optimisation of the use of daylight through:
the use of surfaces to direct and reflect daylight
17. Further ecological measures:
district heating from landfill methane
18. Further ecological measures:
use of recycled material and ecological, biodegradabie
and reusable building materials
19. Further ecological measures:
planted roofs
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