Researchers from the Department of Computer Science collaborate in a number of projects with companies and colleagues from Europe to develop new technologies and standards that will turn existing buildings increasingly ¡°energy smart¡±.

The researchers primarily develop concepts and solutions that enable private consumers and companies to consume energy in a more flexible manner. This will make it possible to reduce the overall energy consumption and further an increased use of renewable energy sources resulting in a reduction in CO2 emission.

Below examples of the many project activities:

• A common platform and a common ¡°language¡± for data enabling the intelligent interoperability and control of different devices and sensors in our homes (domOS).
• The first Danish data lake containing energy data supporting a more efficient use of the flexibility in the power grid (FED).
• A platform supporting the trading of flexibility in existing and emerging electricity markets (FEVER).
• An open standard for flexibility (FlexOffers) ensuring a better match between consumption and production of renewable energy (GOFLEX, FEVER, FED, domOS).
• A new national digital energy collaboration between technical universities and companies (Digital Energy Hub).?

Further info

• In the Not-So-Distant Future, Buildings Will be Energy Smart (domOS)
• Brug din el fleksibelt og bidrag til den gr?nne omstilling (GOFLEX and FEVER)
• Danmarks f?rste datas? fyldt med energidata er en realitet (FED)

Contact

Torben Bach Pedersen,?Brian Nielsen,?Arne Skou?and?Christian Thomsen?- Department of Computer Science