Our research showcase

The European project INNTERESTING aims to accelerate wind energy technology development and to extend the lifetime of wind turbine components by developing innovative virtual and hybrid testing methods for prototype validation of pitch bearing and gearbox components.

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 …

After successful and high-performance testing on various demo sites, the STORM District Energy Controller is now available on the market. The controller ensures a lower use of fossil fuels and allows an increased share of residual heat and renewable sources in DHC networks …

SolSThore aims to enable massive deployment of solar energy in the context of Smart Cities. This requires a combination of highly efficient building-integrated PV (both on the level of energy yield and device reliability) and local storage by means of batteries. SolSThore …

The project 'Towards a Sustainable Energy Supply in Cities' is a part of the Strategical Action Plan for the Province of Limburg (Strategische Actieplan Limburg in het Kwadraat SALK) and enables EnergyVille to become an even better integrated top research centre, with 1 …