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European Energy Innovation Magazine
HERIT4AGES project has been featured in the European Energy Innovation Magazine! This esteemed publication shines a spotlight on innovative approaches to sustainability, energy efficiency, and cutting-edge technology across Europe. Our article explores how the HERIT4AGES project is transforming the preservation of cultural heritage buildings by combining modern solutions with historical integrity. Don’t miss out – read it now and discover how HERIT4AGES is leading the way in sustainable heritage preservation!
HBIM-Based Multicriteria Method for Assessing Internal Insulation
The article presents an HBIM-integrated methodology for evaluating internal insulation in heritage buildings. Combining Heritage Building Information Modelling, visual programming, and energy modelling, it assesses insulation performance across energy efficiency, condensation risk, and spatial impact. Developed within HERIT4AGES and validated in Bologna, it contributes to the advancement of reversible, sustainable insulation strategies for historic structures.
Innovations Developed Through EU-Funded Projects
Showcasing cutting-edge solutions developed across European initiatives
This document, developed within the STAR*track initiative under the Built4People partnership, presents a selection of innovative solutions from EU-funded projects contributing to the transformation of Europe’s built environment. It highlights practical, market-relevant approaches addressing energy efficiency, circularity, digitalisation, and sustainability, including the HERIT4AGES project and its data-driven solutions for heritage building renovation.
Digital Twin Service for Energy Efficiency
in Heritage Buildings
The HERIT4AGES Project Technological Framework
The paper presents a Digital Twin service developed within HERIT4AGES to support energy-efficient renovation of historic buildings. It combines HBIM models, sensor data and building energy simulations to compare retrofit options and monitor indicators such as energy use, thermal comfort and condensation risk. The approach is demonstrated at the University of Bologna pilot site, where it is also being used to assess HERIT4AGES’ reversible interior insulation panels.
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