Publications

One-stop-shops have the potential to significantly bridge the divide between energy efficiency subsidies and building renovations. By examining six successful one-stop-shops, this report underscores the importance of adopting a holistic approach to their implementation, focusing on the key principles of inclusivity, adaptability, and sustainability.

The paper explores how fragmented collaborations in the building industry can be unified to advance circular economy practices in facade design and servitisation, highlighting the need for ecosystem-wide engagement and the role of digital technologies.

Smart technologies enhance building environments and energy efficiency, with the Smart Readiness Indicator assessing their integration. This study, analysing 59 high performance buildings in South Tyrol, Italy, shows varied readiness levels but no clear link to energy performance class.

Integrating green infrastructure with dense urban construction in the Netherlands can enhance ecosystem services and increase green areas, guiding sustainable urban planning amid growing urban populations.

The paper reviews advancements in phase change materials (PCMs) for building envelopes, highlighting their benefits for thermal regulation and energy efficiency while addressing challenges and exploring hybrid technologies for improved performance.

This study proposes passive design strategies to enhance residential energy efficiency in Italy’s Mediterranean climate by improving building envelopes to address rising energy demands and climate change impacts.

Uno studio ENEA evidenzia come, nonostante la maggior parte degli edifici italiani sia ancora datata e obsoleta dal punto di vista del risparmio energetico, ci sia un trend positivo per quanto riguarda le prestazioni energetiche sia per il settore abitativo che non residenziale.

The study found that DGNB is the most effective European green building tool in meeting European Green Deal criteria, with HQE and ITACA also performing well but with some limitations.

Historic England’s Advice Note provides guidelines for adapting historic buildings to improve energy efficiency and reduce carbon emissions while preserving their heritage.

This study evaluates the operational carbon footprint of Adohi Hall, finding that cleaner energy sources and the campus's combined heat and power plant significantly reduce emissions by up to 21%.