The Dedalus project team has met in Athens to discuss its work to revolutionise residential demand-response as the project enters its second year.
This paper explains how the Dedalus project leverages AI-driven methodologies to optimize demand response in building energy management, enhancing efficiency and sustainability by dynamically aligning energy consumption with market needs.
This NTUA's paper presents a machine learning framework to optimize demand-response programmes by clustering electricity consumers. Conducted with DEDALUS, it offers a scalable solution for targeted energy management.
DEDALUS, BuildON, DigiBuild, PROBONO, and TwinEU projects join forces to contribute to the energy efficiency of the building sector in Europe.
Last spring, our project partner ISSRA organized the first co-creation workshop involving the elderly residents of its facility. In this first news release of the "Dedalus Pilots' Chronicles" series, we share the key highlights emerged during the workshop.
Dedalus has joined the BRIDGE initiative to give its contribution, together with other EU-funded projects - to the decarbonization and energy efficiency of the European building sector. Our project has been also participating in the four BRIDGE Working groups: consumer and citizen engagement, data management, business models, and regulatory.
During 2023, Dedalus has joined the Smart Energy Cluster to collaborate with other projects on advancing energy solutions across various segments. Discover the goals to achieve together with other projects!
This study, released by the Technical University of Cluj-Napoca, explores blockchain token valuation, identifying key market factors and applications to enhance DEDALUS demand-response strategies through innovative tokenomics.
The new EU-funded project Dedalus, launched in June 2023, aims to develop and demonstrate an optimized demand-response ecosystem for residential buildings. With a consortium of 23 partners from 9 countries, the project is set to run for three years.