QuantumIRES
A major challenge connected to the integration of renewable energy sources into power grids is to control the energy distribution on a local system level taking into consideration individual power sources.
WECHULL+
The main objective of WECHULL+ is to demonstrate (TRL4-6) a new, sustainable, circular and reliable concrete material suitable for floating substructures in the offshore renewable energy sector
Man0EUvRE
Man0EUvRE will improve energy system modelling across Europe and provide open research-based answers with ambitions to:
ACLOUD
The high cost of CO2 capture is an important barrier to a wider application of Carbon Capture Utilization and Storage (CCUS). The ACLOUD project will develop and demonstrate a technology that can increase capture rate, reduce energy penalty, and improve cost-efficiency of CO2 capture.
TRAINING
The aim of this project is to assess, control, and manage thermal storage potentials and flexibility at both building and district level to enable the complete renewable, smart, resource, and cost-efficient energy systems.
UNICORN
A major outcome of the UNICORN project will be a step-wise change in the development of proton exchange membrane water electrolyser (PEMWE) stacks with the potential to disrupt the current electrolyser landscape that relies exclusively on perfluorinated membranes, platinum-coated titanium bipolar plates, and high loadings of iridium catalyst.