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Decarbonising the EU building stock with Artificial Intelligence?

Digitalisation, buildings
Tool

Decarbonising the EU building stock with Artificial Intelligence?

MATRYCS is capitalising on and combining existing modern technological breakthroughs in the areas of Machine Learning and Deep Learning, as well as big data, in order to develop a new decision-making and data analytics solution for driving energy-efficient renovations of buildings.
Editorial Team

Accounting for nearly 40% of the EU’s total energy consumption, the decarbonisation and refurbishment of the EU building stock is a giant task on the way to a climate friendly future. Addressing this roadblock, will require effective policy and renovation measures, as well as investments based on accurate analysis of the characteristics of the European building stock.  A challenge requiring not only the accumulation of quality data, but the systematic processing, analysing and interpretation of such data.

European partners of the EU-funded MATRYCS project are concluding the final testing and development phase of the MATRYCS tool, leveraging building-related big data through the power of artificial intelligence, in form of machine learning and deep learning technologies, to drive profitable renovations within the building sector.

The MATRYCS model is currently undergoing testing across eleven large-scale pilot projects. Once finalised, MATRYCS users will gain access to a range of data analytics services, focusing on different building lifecycle opportunities and stakeholder perspectives, including digital building twins, improved buildings operation, building infrastructure design, and EU/national policy assessment for energy efficiency investments. Services will also be applicable for different building scales, from buildings as individual entities (building scale), groups of buildings (district scale), groups of districts (city scale), groups of cities (regional scale), and national and European levels.

The city network ICLEI Europe, a MATRYCS partner, is leading testing of the MATRYCS tool for policy impact assessment. More concretely, ICLEI is coordinating the testing of MATRYCS for the performance evaluation, implementation and development of Sustainable Energy and Climate Action Plans (SECAPs). MATRYCS is tested for running forecasting, and impact evaluations to empower planners at various levels to design more effective building related measures by simulating their potential effects via digital test runs.

Yet, data analytics, based on AI tools or otherwise, is only as good as the data that underpins it. MATRYCS partners are working on with their EU sister project, BuiltHub - Dynamic EU building stock knowledge hub - and the MATRYCS led Big Data Alliance (BDA). Whereas the BuiltHub project receives EU-funding to develop a roadmap and inclusive method for sustained dataflows to the EU Building Stock Observatory (BSO), the BDA provides a collaborative space for building stock stakeholders to work together on combining meaningful data sets to allow tools such as MATRYCS to accurately analyse the characteristics of the EU building stock. 

Data alone will not retrofit buildings, but the availability of qualitative data and subsequently more accurate data analytics, is essential for enabling more, smarter investments, the shaping of targeted policy frameworks, and taking decisive collective actions towards a climate neutral building stock, and more importantly, a sustainable future. 

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