Europe's objective is to achieve climate neutrality by 2050, an economy with net-zero greenhouse gas emissions, through the deep decarbonisation of all sectors.
More than 220 million building units were built before 2001 (85% of building stock) with low or no energy standard criteria and most of them will still be standing in 2050.
The oldest, non-renovated buildings are usually less energy efficient, and require more energy to keep indoor environmental conditions. In addition, they are often occupied by lower income families which face problems to pay energy bills, which means that the indoor hygro-thermal conditions are far from the comfort range, leading to health problems.
AEGIR Project
With 40 partners from 9 countries working on the project, the goal is to
design multifunctional (passive & active) scalable building energy renovation envelope packages to answer to a different range of needs, which integrates:
plug & play industrialized highly insulating envelope modules with very low embodied energy
built-in renewable energy generation systems, which will be designed, prototyped and tested
highly efficient ventilation systems, designed to ensure user comfort and indoor air quality
Join us for the AEGIR first Replication Workshop, where we will explore cutting-edge solutions for energy-efficient building renovations. This event will focus on the implementation of AEGIR's innovative building envelopes, designed to enhance energy performance, reduce costs, and improve indoor environmental conditions.
Who should attend: building owners, developers, policymakers, construction professionals, public procurers and local authorities
Agenda
Overview of AEGIR project - CEA
Introduction to Replication workshops - ICLEI
Introduction to Circular Economy and AEGIR KPIs (10min) - TuDelft University of Technology
AEGIR case studies circularity approach - CSTB
Spanish demo: Envelop systems design - UN Studio
Sustainability approach of a demo site - SIEL TE
Integration process - CSTB
Join us to gain insights from real-life demonstration projects and learn how these solutions can be replicated across diverse building types and climates!
