The aim of the project is to explore the potential for Underground Thermal Energy Storage (UTES)
in Denmark, analyse existing UTES plants, extract lessons learned, characterize geological
conditions
The objective of the PERFORM project is to improve geothermal plant performance. The main goals are: (1) to move from insights of a single doublet to collective and comprehensive knowledge and (2) to
Geothermal energy is the only non-weather demand renewable energy source in existence. ZoDrEx’s objective is to develop and demonstrate technologies to grant access to this vast renewable resource
The aim of the project is to exemplify and inform about heat pumps drawing heat from internal heat sources. The goal of the project is to develop a method and a modelling tool to support integration
This project will demonstrate a hierarchical control strategy for ventilation and heating systems in residential buildings. The strategy involves an aggregator which interacts with a group of
This project brings together experts from academia and industry to investigate the feasibility and business potential of an approximately 30 GW North Sea Wind Power Hub. This will lay the foundation
The objective of the BOSS project is to develop and install a large-scale battery energy storage and subsequently demonstrate and study how this can improve future energy systems based on wind and
SMARTCE2H project aims to demonstrate the technical and economic value of an advanced intelligent heat pump installation with its compact salt-hydrate thermal storage unit in residential communities
The SMART-MLA project is to develop cloud-based multi-layer aggregator ICT solutions to facilitate optimum demand response (DR) and grid flexibility to energy systems to utilize up to 100% renewable
The project aims at building a “power-to-gas” plant near Roslev. Denmark will benefit from this technology in a number of ways, such as the optimization of biogas plants and the reduction of CO2 relea
The project will examine how concrete technology can be applied to large offshore wave energy devices in this case Wave Dragon and KNSwing. The study will examine solutions such as ordinary reinforced