WeForming
Buildings as efficient and interoperable components of the future energy system
Start: 01.2024
End: 12.2026
Against the background of accelerating the energy transition, the FlexBlue project aims to bring together relevant players of the flexibility value chain in the refrigeration sector to overcome current obstacles to the flexibilization of refrigeration systems.
The project consists of four sub-projects (SPs).
The FZI leads sub-project D, developing generic algorithms for load forecast generation, calculating optimized schedules, and monitoring plant operations. The aim of the generic algorithms is the scalable application to numerous heterogeneous refrigeration applications with storage. The developed algorithms and procedures will be tested within sub-project A at the demonstrators. Here, the FZI implements the software for ICT connectivity of the installed sensors and actuators of the refrigeration systems. The FZI also supports activities in work packages of sub-projects B and C, such as configuring the demonstrators with sensors and actuators and defining operating strategies for the latter.
In this research focus of the FZI, the emphasis is on Human-centered Artificial Intelligence and Artificial Intelligence for prediction. The FZI also addresses questions on dedicated AI hardware and AI engineering.
The research focus Climate Action Innovation aims to actively promote climate protection and develop sustainable solutions in energy, mobility, production, and supply and disposal via IT innovations. Security aspects of the solutions are considered from the very onset.
Funding notice:
The FlexBlue project is funded by the Federal Ministry for Economic Affairs and Climate Action (BMWK).
Project partners:
Buildings as efficient and interoperable components of the future energy system
Hybrid building twins for increased energy efficiency
Flexible refrigeration systems against the background of increased decarbonization
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