AI and science-led design are transforming the built environment by integrating data and innovation to create sustainable, efficient, and human-centred spaces.
This study highlights overheating issues in low-energy homes in England, caused by design flaws in ventilation, solar control, and architecture, with current assessment methods failing to fully address these challenges, especially for vulnerable occupants.
The study showed that automatic ceiling fan control provides thermal comfort and air quality comparable to manual settings, offering an energy-efficient alternative to air conditioning.
This sustainable Oostvoorne home blends into its forested setting with natural materials, energy-efficient systems, and biophilic design that harmonises architecture and environment.
This article briefly presents the H2020 SUREFIT project’s innovative solutions developed to improve residential buildings energy conservation measures and indoor air quality through retrofitting, aiming for near-zero energy buildings.
ETH Zurich developed a sustainable, passive dehumidification system using 3D-printed, moisture-absorbing wall and ceiling components made from marble waste and geopolymer, reducing humidity and greenhouse gas emissions compared to traditional ventilation systems.
According to Passive House principles, the EU-project outPHit promotes deep retrofits which are cost-efficient and reliable. Based on model projects and with the cooperation of many partners, outPHit opens up ways to implement deep energy retrofits. In the process, solutions with a one-stop-shop approach reduce the effort for planning, execution and
quality assurance.
A health sector building in Western Slovenia underwent energy renovation in 2019, achieving an SRI score of 18%, with potential upgrades like photovoltaic panels and smart systems promising a rise to 51% and improved efficiency, comfort, and flexibility.
Ancient passive cooling techniques, like thick walls, shaded designs, and water systems, offer sustainable solutions for modern buildings to stay comfortable during heatwaves and blackouts.