Tangible building blocks for a sustainable energy future.
New market designs for optimized local and regional energy systems.
Developing and testing innovative, user-centered market designs applications beneficial to the system and grid-network for an integrated energy system using blockchain technology.Projectdescription
Based on blockchain technology, retrieval of flexible capacities in distribution grids.
Based on blockchain technology, the project investigates ways of sharing free grid resources in the best possible way for the benefit of prosumers, instead of limiting feeds.Projectdescription
Optimizes productivity and achieves a higher degree of flexibility by using hot water tank pooling.
Investigating and demonstrating the reduction of negative impacts resulting from the volatility and forecasting inaccuracy of energy production from wind turbines by using an integrated pooling approach for hot water tanks.Projectdescription
“Energy hub“ business models bring a breath of fresh air to Neusiedl am See.
Developing innovative business models in connection with the energy source wind for a hybrid district heating system at the location Neusiedl am See.Projectdescription
Open data platform for research within the energy sector.
Preparing consumption data for end users in order to develop prognosis models and recommendations for different stake holders in the supply chain of electrical energy.Projectdescription
A system for utilizing used batteries of electric vehicles as a stationary energy storage device.
On the basis of a newly developed system, used batteries of electric vehicles are examined for their remaining lifetime and their usability as energy storage devices.Projectdescription
Spatial energy planning for the new heating age.
Tools for a spatially optimized development of heat supply infrastructure taking into account the potentials of renewable energy and technological options.Projectdescription
The lead project for the development of tomorrow’s district heating network.
Integrating different flexibility measures in district heating networks to increase the share of renewable energy. Testing is carried out in several demonstration projects.Projectdescription
Replicable, thermally and electrically grid-supporting conception of (positive energy) districts in dense urban environments.
Grid-supporting integration of innovative (positive energy) districts with a high level of on-site energy generation into the existing grid infrastructure (electricity and district heating).Projectdescription