NEED4B will develop a new replicable methodological approach for designing, constructing and operating very low energy new buildings. NEED4B will develop a new replicable methodological approach for designing, constructing and operating very low energy new buildings.
The objective of the ISOBIO project is to develop bio-based insulation panels and renders, by combining existing technologies to produce a range of new, low embodied energy, low embodied carbon, hygrothermally efficient materials for use either as a building envelope or for retrofitting to existing buildings in order to improve their energy efficiency.
OptEEmAL aims to provide stakeholders with a web-based platform for district energy-efficient retrofitting design, which will support integrated design methodologies for the systemic delivery of optimized designs, based on an Integrated Project Delivery (IPD) approach for building and district retrofitting projects and can help reduce uncertainties and the time during this process, resulting in significantly improved solutions when compared to Business-as-usual practices.
Standardised approaches and products for the systemic retrofit of residential BUILDings, focusing on HEATing and cooling consumption attenuations
The CITyFiED Project consist of an integrated strategy to adapt existing European cities into the future smart cities through the implementation of technologies and methodologies for the sustainable urban renovation.