EU-REPAIR

Promoting sustainable building refurbishment in Estonia, Germany, Lithuania, North Macedonia and Serbia to reduce carbon emissions and enhance climate resilience.

Energy Transition and Climate-Neutral Buildings

Beitragsbild

Project info

Countries:

Estonia, Germany, Lithuania, North Macedonia, Serbia

Project duration:

02/25 - 05/27

Target groups:

Educational institutions, Private sector

Funding:

758,618.13 €

Contact info

Contact:

Suzana Kasovska Georgieva

Implementing organisation
  • Institute for Research in Environment, Civil Engineering and Energy
Partner:
  • Estonian Academy of Arts
  • Fraunhofer Institute for Building Physics IBP
  • Innovation Center University of Nis
  • Vytautas Magnus University

Background

Buildings account for a significant share of carbon emissions in Europe, making their sustainable refurbishment crucial for climate action. Many historic buildings in the Baltic and Balkan regions lack energy efficiency, increasing their environmental impact and contributing to high energy consumption. Challenges include outdated building stock, limited renovation rates, and the need for specialised skills and innovative approaches, particularly for cultural heritage buildings. The EU-REPAIR project supports the European Green Deal and national climate strategies by promoting repair and reuse practices, while addressing circular economy principles and energy efficiency. It strengthens policies and builds capacity for sustainable refurbishment, knowledge exchange, and resilience, ensuring the long-term sustainability of valuable built environments across partner countries such as Estonia, Germany, Lithuania, North Macedonia and Serbia.

Project

The EU-REPAIR project strengthens capacity building and knowledge exchange on sustainable building refurbishment in Estonia, Germany, Lithuania, North Macedonia and Serbia. It provides training for architects, engineers, artisans, students, and decision-makers to implement energy-efficient repair techniques. The project organises workshops, hackathons, and multiplier events to foster innovation and entrepreneurship. A digital learning platform ensures access to best practices, guidelines, and case studies. Collaboration with international partners, including research institutions and climate networks, enhances the project’s impact. The project also engages local governments and stakeholders to improve national legislation and strategic documents. By integrating circular economy principles, renewable materials, and risk assessment methodologies, EU-REPAIR ensures that historic buildings are preserved while meeting modern energy efficiency standards.

Last update: March 2025