The fundamental aim of the BlueBird project is to integrate buildings with energy grids to optimise energy consumption and enhance their role as active participants in the energy market providing flexibility services. The use of advanced artificial intelligence algorithms and data analysis methods will increase energy efficiency, improve demand flexibility management and support the energy transition in line with the European Green Deal.
The BlueBird project will develop innovative business models and tools to optimise, reduce costs and increase predictability of energy consumption. A key aspect of the project is to enable buildings to act as flexible energy assets, which will contribute to better cooperation between transmission and distribution system operators, aggregators and building managers and users.
In the project, the PSNC, together with the distribution system operator Enea Operator, is involved in two demonstrators for flexibility services. The PSNC is the task leader for the delivery of flexibility platforms and services, including an energy flexibility trading module. In addition, experts from the PSNC are involved in tasks concerning the modelling and optimisation of energy flexibility services based on weather forecasts, RES generation, energy demand and prices.
Partners:
- Inetum Espana S.A.,
- International Centre for Numerical Methods in Engineering (CIMNE),
- Universitat Politècnica de Catalunya,
- Newide – WeSmart,
- Interuniversitair Micro-Electronica Centrum,
- Privatuniversität Schloss Seeburg GmbH,
- Karno,
- ENEA Operator sp. z o.o.,
- DTU: Danmarks Tekniske Universitet,
- Àrea Metropolitana de Barcelona,
- AIT Austrian Institute Of Technology GmbH,
- University of Stuttgart,
- Tersa,
- Buildings Performance Institute Europe, ASBL,
- Energie Kompass GmbH,
- Elektrizitätswerk Hindelang eG.
