CARTIF projects
DEDALUS
Data-driven Residential Energy Carrier-agnostic Demand Response Tools and Multi-value Services
Description
DEDALUS will design, develop and demonstrate micro (home/flat) and macro (building and district) participatory demand response ecosystems in multiple energy vector systems and with a social and human science based approach. The proyect pretends to:
(a) Facilitate and expand mass participation of energy consumers in demand response schemes
(b) Adapt to a variety of single (electricity, heat) or multiple (electricity versus heat and natural gas) energy source scenarios at the building/district scale, while strengthening social interactions within the respective communities.
With this objective, will be implemented:
1) A social sciences framework to generate incentives and intervention and stimulus tools. 2) AI-based clustering and segmentation algorithms of individual consumers/buildings/districts. 3)Open API for intelligent devices prepared for demand response. 4)Adaptation to EnergyDataSpace for a bigger interoperability of the demand respones and privacy preservation. 5) Digital twin for consumer planification flexibility. 6) Models and flexibility tools based in the comfort for apartments with services for elderly. 7) Flexibility management tools for buildings an energy communities of physic/virtual districts. 8) Optimal aggregation of flexible energy actives for urban and decentralized heating. 9) Business Sandbox with novedous business models based in social innovation of collaborative economy.
DEDALUS solutions will be validated for 5 large scale pilots and replicated by 2 multipliers in 7 countries.
Objectives
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- Using tools and methodologies based in Social Sciences and HUmmanities to facilitate the participation in energy consumers in residencial demand response strategies.
- Adapt and extend interoperability laters of Energy Data Space generated in the ENERSHARE project, including privacy mechanisms based in blockchain to share flexibility data and enable the use of intelligent devices focusded on demand response.
- Develop demand response algorithms, models and technological services to apply demand responde in energy efficient residential buildings.
- Explore and validate new business model that apply collaborative economy principles in residential environments that apply demand response strategies.
- Demonstrate and validate solutions develop in 7 pilots in different localitations and climatic areas.
Actions
- Definition of data models and standars for the integration of felxibility services and demand response.
- Development of optimal control algorithms for the application of demand response strategies in energy communities.
Expected Results
- Data models and definition of the different layers that allow the modelling of flexibility services and demand response and its integration on interoperable integration of energy services.
- Optimal control algorithms for the application of demand response strategies on energy communities.
Partners
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H2020
GAP-101103998
Total Budget: 7,359,075 €
CARTIF Budget: 251,875 €
CARTIF Financing: 251,875 €
Duration: 01/05/2023 – 30/04/2023
Responsible
Roberto Arnanz Gómez
Energy Division
Networking
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