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A Retrofit for Sustainability: Meeting Occupants' Needs within Environmental Limits

Andreas Hermelink, University of Kassel, Center for Environmental Systems Research

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Abstract

The terms “Sustainable Development” and “Sustainable Building” are often overused and ill-defined. A refocus on the core meaning basically results in two requirements with regard to buildings: 1) stay within nature’s limits, and 2) design according to human needs. In this context, the socio-technical system “dwellers and building” not only has to be “green” but “green enough”. There is strong evidence about what green enough means: altogether 80 kWh/m2a primary energy for heat (space heat, DHW) and embodied energy. Yet even in new buildings, almost nobody meets his dwelling needs with this small amount of energy. But the most prodigal energy needs prevail in existing buildings.

SOLANOVA applies the know-how from new “green enough” buildings to a real retrofit of a typical building with 42 flats in Hungary. Similar developments contain about 34 million flats in Eastern Europe alone. SOLANOVA is meant to serve as a best practice example for all of Europe, and therefore, gets support from the European Commission. The project demonstrates how to stay within environmental limits while meeting the dwellers’ needs even in a retrofit situation. Initial interviews with all the dwellers in SOLANOVA revealed the topics that really matter to inhabitants as well as crucial behavioural patterns. These insights were fed into the design in order to exploit the full potential for increased well-being and energy savings of more than 80%. The retrofit was finished in October 2005.

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Download this paper as pdf: 175_14.pdf

Panels of the 2006 ACEEE Summer Study on Energy Efficiency in Buildings

Panel 1. Residential Buildings: Technologies, Design, Performance Analysis, and Building Industry Trends

Panel 2. Residential Buildings: Program Design, Implementation, and Evaluation

Panel 3. Commercial Buildings: Technologies, Design, Performance Analysis, and Building Industry Trends

Panel 4. Commercial Buildings: Program Design, Implementation, and Evaluation

Panel 5. Utility Regulation and Competition: Incentives, Strategies, and Policies

Panel 6. Market Transformation: Designing for Lasting Change

Panel 7. Human and Social Dimensions of Energy Use: Trends and Their Implications

Panel 8. Changing the Climate for Energy Efficiency: Local, National, and International Policy Dimensions

Panel 9. Appliances, Lighting, Information Technologies, Consumer Electronics, and Miscellaneous End Uses

Panel 10. Roundtables and Interactive Sessions: Learning by Doing

Panel 11. Efficient Communities

Panel 12. Energy Conversations

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