SEAp - Smart Energy Applications

DESCRIPTION

Our testbed is used for the validation of intelligent control algorithms for the providing of flexibilities in grids dominated by renewable energies by sector coupling. The main focus is on the use of P2M/V2G applications.

AREAS OF SPECIAL COMPETENCE

Modelling of power systems in the cellular approach with high share of renewables, technologies for flexibilities using sector coupling, use of µPMUs in distribution grids, HiL.

WHAT CAN BE TESTED

Our real-time grid simulator offers an API to Python, which allows control algorithms for smart grids to be integrated into our testbed. These algorithms are validated in HiL. Additionally, we have the possibility to integrate newly developed intelligent systems into our testbed, model integration of renewables or EVs into existing grids and test their impact.

AVAILABLE INFRASTRUCTURE

Testbed components are: hardware simulations of wind power plants, PV plants, combined heat and power plants, load simulation and EV simulation. Further components: fuel cells, battery storage, real-time grid simulator. Measurement: µPMUs.

HOW TO GET STARTED WITH US

Contact us via email: Jens.haubrock@fh-bielefeld.de or michael.kelker@fh-bielefeld.de

PRICING MODEL

Our testbed validation services are free of charge but only availabale for our partners contributing together in an public funded research project or upon request.

Selected Partner Contact
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Bielefeld, Germany


Responsible organisation: UAS Bielefeld, Institute for Technical Energy Systems, Germany

Jens Haubrock
Michael Kelker
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This initiative has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreements no. 646039 and no. 775970.
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