The LIFE-funded IRENE project brings together 10 organisations from four European countries to tackle energy poverty through inclusive renovation of multi-apartment buildings.
The LIFE-funded IRENE project brings together 10 organisations from four European countries to tackle energy poverty through inclusive renovation of multi-apartment buildings.
Can conservation, healthy indoor air quality, and energy efficiency coexist in cultural institutions? This webinar brings together cultural institutions (GLAMs), IAQ experts, and market experts to explore trade-offs, challenge assumptions, and discuss practical solutions for sustainable heritage.
Building certifications help assess and improve Europe’s building stock by making performance data clearer. This Topic of the Month explores how they can support better design, identify improvement potential and link energy performance with comfort, resilience and long-term value.
The Herdweg 19 office building applies a mixed ventilation concept and thermal activation to support indoor comfort and operational efficiency within a flexible workspace.
Five public policy models show how different countries are incorporating indoor air quality into their health and building strategies, providing valuable references for creating healthier and more resilient buildings.
What happens when cooling is needed for health, but homes, inaccessible controls, and energy costs prevent access? Evidence from five Southern European countries shows why affordable cooling is about far more than energy efficiency.
A peer‑reviewed study assesses whether deep renovation and renewable integration can enable a high‑rise residential district in Estonia to meet Positive Energy Neighborhood criteria.
HERIT4AGES has completed key installations at its Spanish demonstration sites in Canduela and Aguilar de Campoo. The new renovation solutions will now be monitored and tested to assess their performance in both controlled and real-use heritage environments.
UBAKUS is a web-based tool for calculating U-values and thermal performance of building material layers.
The new European Technical Specification FprCEN/TS 18335:2026 defines a nine-step design process for natural, mechanical and hybrid ventilative cooling, prioritising prevention, modulation and free cooling before considering any form of active cooling.