Project: Sectoral readiness for deep renovation of detached households: from research to practice
The purpose of this project was to enhance preparedness of the deep renovation sector. The project focused on the capacity building of the supply-side actors (artisans, installation companies, consultants, architects, etc.) and homeowners, and developed strategies and pathways for Växjö municipality for the deep renovation of detached houses.
This project was concluded in September 2022.
Project information
Project manager
Brijesh Mainali
Other project members
Krushna Mahapatra, Linnaeus University; Magnus Jonasson and Olivia Thim, Växjö municipality; Lisa Ossman and Eva-Lotta Kurkinen, RISE; Johan Milton, the Energy Agency for Southeast Sweden; Claes G Åhlander, Villaägarna Kronoberg
Participating organizations
Linnaeus University, Växjö municipality, RISE, the Energy Agency for Southeast Sweden, Villaägarna Kronoberg (House-owners of the Kronoberg county)
Financier
The Swedish government research council Formas
Timetable
1 Nov 2019–30 Sept 2022
Subject
Sustainable built environment (Department of Built Environment and Energy Technology, Faculty of Technology)
Outcomes of the project
The following publications have been produced in the project:
- Additional dwelling units: Can they finance energy renovation?
- Comparing public- and private-driven one-stop-shops for energy renovations of residential buildings in Europe
- Strategies for deep renovation market of detached houses
- Energieffektiviseringsåtgärder av småhus: Guide för entreprenörer som vill ta ett helhetsansvar (pdf file)
- Riktlinjer avtalsskrivning B2B & B2C (pdf file)
- Kundresa för one-stop-shop (pdf file)
More about the project
Energy-efficient renovation has been identified as an important goal of the United Nations Urban Development Agenda to drive the development of sustainable cities. At the same time, the European Commission's Energy Performance of Buildings Directive (EPBD) has identified "one-stop-shops" (OSS) as a useful means to stimulate extensive renovations.
There is a large interest in the OSS concept among both homeowners and small and medium entrepreneurs (SMEs), which dominate the renovation market. However, past studies have shown that SMEs are hesitant to offer OSS service, mainly due to the lack of competency and resources to manage and coordinate multiple actors, insecurity about quality of work by other companies, and, above all, the perceived business risks.
This project will adopt the transdisciplinary approach, which will integrate both scientific knowledge and societal knowledge to co-create the solution-oriented knowledge. The proposed project will focus on two areas for the solutions viz.
- Capacity building of various actors within the value chain, and
- Developing a strategy for the municipality for deep renovation of detached houses.
The project will be instrumental in translating the gained scientific knowledge from the following two research projects into practice, for increased energy renovation of detached houses in Sweden:
- One-stop-shop business model for energy renovation of detached houses (financed by the Kamprad Family Foundation)
- Integrated solutions for ambitious energy refurbishment of private housing (INNOVATE) (financed under EU Horizon 2020)
The scientific knowledge from Linnaeus University and RISE will be blended with the knowledge and expertise from societal partners (Växjö municipality, the Energy Agency for Southeast Sweden and Villaägarna Kronoberg) to translate the research findings in meaningful practices.
Overall goal
This project will help in meeting the national as well as Växjö municipality's goals regarding energy efficiency and GHG emission reduction from the residential sector. The main objectives of the project are:
- Capacity building of the supply-side actors (artisans, installation companies, consultants, architects, etc) and homeowners.
- Recommend strategies and pathways for Växjö municipality for the deep renovation of the detached houses.
The project is part of the research conducted by the Sustainable Built Environment Research (SBER) research group.