Skip to main content

Addressing thermal bridging

A demolished room
News

Addressing thermal bridging

25 November 2024
Retrofitting traditional buildings requires addressing thermal bridging to improve energy efficiency, prevent moisture issues, and meet modern regulatory standards while preserving architectural integrity.
Editorial Team

Retrofitting traditional buildings is key to enhancing energy efficiency and meeting carbon reduction goals. A major challenge in this process is thermal bridging, which occurs when materials like masonry, timber or steel allow heat transfer through the building envelope, bypassing insulation and causing up to 30% heat loss. This leads to energy inefficiencies, condensation, and potential structural issues.

To meet ambitious energy standards, retrofits must address thermal bridging to ensure compliance and support the shift toward Nearly Zero Energy Buildings.

Solutions like thermal breaks, continuous insulation, and eco-friendly products like Partel's Alma Vert blocks offer effective ways to address thermal bridging while preserving historical architecture.

Original source:
Themes
Building Renovation
Nearly zero-energy buildings
Energy efficiency technologies and solutions
Construction materials and circular construction
Heating, Ventilation and Cooling