Prof. Gunther Lang, Lang Consulting
20110804
Green. Building. Solutions.
Passive House Principles cont...
Typical House
Passive House
LOSSES - GAINS = HEATING ENERGY REQUIREMENT
Passive Houses require superior design and
components with respect to:
Insulation
Comfortwindows
Design without thermal bridges
Air thightness
Ventilation with heat recovery
Innovative heating technology
Univ.Prof. Arch. Dipl. Ing. Dr.techn. Martin Treberspurg - University of Natural Resources and Life Sciences, Sustainable Constructions
- Treberspurg and Partner Architekten ZT GmbH.
Green. Building. Solutions.
Passive House Principles
Prof. Martin Trebursberg
Treberspurg & Partner Architects
Ventilation schematic section
Energy storage and decentral hot water generation
Thermic detached base points above cellar
Compact unit for Heating, hot water and ventilation (drexel&weiss)
20110731
Green. Building. Solutions.
Aspen Urban Lakeside Masterplan with Peter Hinterkorner
- Net area: 100ha
- Development period: 20 years
- Planned gross floor space: 2.2 million sq.m
- Housing: 8,500 flats for 20,000ppl
- Working: 20,000 workplaces
- AESU – Handbook for sustainable city.
- Neutral Buildings - good idea for future adaptability and long life cycle
- Medium density living, mixed use buildings with public space connections
- vehicular access reduced, communal carparks "every car user is a pedestrian on their way to a car"
- Urban development where they put a lot of work into defining the marketing strategies and providing the guidelines for what should be constructed on individual sites. However there is always room for the developer to take the minimum standard.
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