EPBD timeline for real estate: from policy to practice
Extract of the EPBD timeline co-created by EPRA, INREV and RICS to help stakeholder gain insights into the expected pace of policy implementation, as well as the specific actions required at both the EU and national levels.
The VISIBLE project
Oslo's VISIBLE project advances sustainable construction through emission-free machinery, material reuse, and socially responsible practices, providing a model for other cities to achieve a cleaner, fairer construction sector.
Non-residential building (health sector), Western Slovenia
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.
AMALTEA Project
Advancing Green Deal principles in smart façade technologies for the construction sector based on AI, Data & Robotics.
The OpenGela project
The OpenGela project enhances urban regeneration by providing neighborhood-based one-stop shops offering holistic, inclusive, and community-focused support for home renovations.
Timeless strategies: passive cooling and water harvesting lessons from the past
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.
Webstival on advancing finance innovations for nature-based solutions
NATURANCE consortium invites participation in the upcoming virtual innovation webstival, focusing on nature-based insurance and investment instruments for ecosystem restoration as part of climate adaptation and disaster risk reduction.
Detached single family house in Blackburn North, Victoria, Australia
A draughty cottage in Blackburn North was transformed into a sustainable, energy-efficient Passivehouse-standard home using recycled materials and ecological design.
Smart windows: the state of the art
Smart windows, like electrochromic and thermochromic types, help reduce energy use by controlling heat transfer, but further research is needed to make them more efficient and suitable for diverse climates.
Why not underestimate indoor air pollution?
Indoor air pollution, caused by tobacco smoke, cooking, cleaning products, mould, and dust, poses serious health risks, but can be mitigated through ventilation, HEPA filters, green products, air purifiers, and indoor plants.