ISCN 2016: Working Group 1: Buildings and Their Sustainability Performance
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Jonas Anund Vogel, Royal Institute of Technology, Department of Energy Technology, Stockholm Sweden
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ISCN 2016: Working Group 1: Buildings and Their Sustainability Performance
- 1. KTH LIVE-IN LAB Testbed for Sustainable Housing
- 2. Innovation leading to new design http://www.bjornsbytare.se/pics/468217/1.jpg?1405159515
- 3. Innovation in the housing sector Berkers, E. & Geels, F.W., 2011. System innovation through stepwise reconfiguration: the case of technological transitions in Dutch greenhouse horticulture (1930–1980)
- 4. Testbed for sustainable housing Facts: Energy use around 230 000kWh Around 1150 sqm PVs Around 50 waste water heat exchangers Ground source heat pumps with novel heat collectors Long and short term heat storage (Hot water and PCM) Result: Plus energy building
- 6. Building permit free innovation area
- 9. UsersResearch and Analysis Project Managem ent Co-Creation PhaseIdeation Phase Venturing, Evaluation and Impact Phase Test/Research Project B Test/Research Project A Test/Research Project C Direct Processes Ideas Scouting & Team Mobilization Sustainable Growth Impact on Society New Buisiness Collaborative Test Infrastructure Funding and Portfolio Management Quality Management and Experiment Methods Matchmaking Graduation Aim and Objective Feedback Education, Marketing, Showroom, Conferences Actors and Donors Indirect Processes
- 10. Education
- 11. Education
- 12. Ongoing research
- 14. Thank you! Jonas Anund Vogel www.liveinlab.kth.se
Hinweis der Redaktion
- However, stepwise reconfiguration and improvement of building components such as windows and insulation and introduction of heat recovery systems have gradually transformed the way we produce and use buildings. Water based heating system are no longer needed, instead we can use preheated air systems, as in countries with less heating demand. A consequence is that the live-able area is now the same as the gross area of apartments.
- Components are developed in niches, applied and tested in demonstration projects (windows, insulation, heat exchangers etc.). If successful, these innovations get installed in more buildings, either as replacements or add-ons, eventually transforming buildings, in this case making water based radiator systems obsolete. The way multifamily buildings are produced is changed, so called Radical change. In this case the change also influence the market aspects of buildings, delivering larger liveable area than buildings with water based radiator systems.
- Vi har testbädden och vi hoppas att ni har idéer, produkter och tjänster som behöver ett sammanhang för att kunna bevisa sin fulla potential. Tillsammans skapar vi framtidens hållbara boende.