In July and August, the topic of the month aims to promote sustainable and affordable human-centred cooling solutions for European buildings, focusing on:
In July and August, the topic of the month aims to promote sustainable and affordable human-centred cooling solutions for European buildings, focusing on:
An agenda to place consumers at the heart of the energy transition, with more transparent markets, energy-efficient homes and equitable access to clean technologies.
Brussels is developing a long-term approach to decarbonising heating and cooling, combining neighbourhood-level planning with projects such as the Be.SHARE district heating and cooling network.
Electrification will be key to phasing out fossil fuels, but it will only be effective if it goes hand in hand with renewable energy, energy efficiency and policies that support clean technologies.
A debate among policymakers and industry representatives highlighted hybrid construction as a way to expand housing supply, improve competitiveness and support Europe’s environmental objectives, enabling more effective responses to growing demand.
The United Nations Environment Programme has published a methodology to support countries in the Middle East and North Africa in developing National Cooling Action Plans aligned with their climate and development objectives.
Habitat Lab transforms a former 1950s cafeteria into a training and innovation space that combines refurbishment and extension to demonstrate sustainable construction solutions under real operating conditions.
The Programme for Energy Efficiency in Buildings (PEEB) presented its work on energy‑efficient buildings at the 41st Meeting of the Energy Community’s Energy Efficiency Coordination Group (EECG), highlighting support for policies, financing and capacity‑building.
What is holding back the decarbonisation of the built environment? Five key messages summarise the current state of the buildings and construction sector worldwide and the priorities for accelerating its transition.
Discover how a hybrid cooling system combining a groundwater heat pump and rooftop photovoltaic (PV) can cut energy use, boost heating, ventilation and air conditioning (HVAC) efficiency, and deliver low-carbon, resilient building performance in real-world university applications.