Our research showcase

In future energy systems the role of digitalization will play a major role and will make energy systems smarter, more efficient, reliable and able to make use of more renewable energy. DHC plants and networks will be fully optimized from production to the end consumers …

Thermal networks of the 4th generation form an important part of EnergyVille's thermal research. Thermal networks of the 4th generation are low temperature networks balancing heat/cold production with local demand. These thermal networks will have an important impact on …

The activity district heating and cooling focuses on the development, demonstration and implementation of intelligent control of networks and substations, tools for designing DHC networks, low temperature networks, multi-carrier energy networks and district cooling networks …

EnergyVille’s software for route determination defines the ideal cluster for your district heating from a collection of potential heating consumers and potential heating suppliers. The software calculates this completely automatically by mapping out the location of consumers …

EnergyVille’s thermal research on economic feasibility maps out all financial parameters of a district heating network and provides a detailed overview of its costs and advantages. The result is a user-friendly calculation model you can use to easily determine the economic …

The STORM-controller is an innovative district heating and cooling network controller based on self-learning algorithms and artificial intelligence, which was deployed and tested in several demonstration sites. The controller has the ambition to decrease the use of fossil …