Publications

The paper proposes a new framework for healthy buildings, addressing gaps in knowledge transfer and offering a holistic, balanced approach to promote well-being and sustainability in the building sector.

This study analyses energy consumption trends in Polish hospitals from 2010 to 2019, revealing that larger hospitals are more energy efficient and identifying key factors influencing energy use, aiming to guide policymakers and administrators in enhancing sustainability in healthcare facilities.

This paper identifies sufficiency measures that reduce the need for unnecessary new construction by maximising the use of existing buildings.

The study explores how green roofs and facades enhance energy efficiency by improving insulation, regulating temperatures, and reducing heat island effects, thereby promoting sustainable urban development. The paper also addresses current research gaps in the subject focusing on long-term benefits of these systems.

The third handbook of the 'Energy Poverty Advisory Hub (EPAH) Handbooks' focuses on implementing energy poverty mitigation actions, providing a structured six-step approach for local governments to transform planning into actionable strategies, while emphasising collaboration and adaptation to specific regional needs.

A new study explores the balance between aesthetics and energy efficiency in coloured BIPV modules, finding that darker colours yield higher performance but face increased temperatures, reducing energy output in real-world conditions.

This paper puts forward 10 key policy recommendations for national and regional policy makers for overcoming financial barriers for building renovation and transforming existing buildings into zero emission or positive energy neighbourhoods by 2050.

This report by IFC and UNEP predicts the sustainable cooling market in developing economies will double to $600 billion annually by 2050, highlighting the need for financing and collaboration.

The article highlights the significance of trombe wall systems as effective passive ventilation solutions in modular homes, emphasising their role in energy efficiency and sustainability while identifying optimal parameters for performance and the need for further research on design factors.

This analysis on zero-energy buildings (ZEBs) highlights the critical role of advanced photovoltaic technologies and cooling techniques, revealing that while most designs achieved ZEB status, buildings in Munich and Stockholm required additional building-integrated photovoltaics (BIPVs), with externally finned PVs demonstrating the highest efficiency in warmer climates.