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The transition toward clean, efficient and secure energy will require more than just technological innovation. An EU-funded project is applying research insights from across the social sciences and humanities to help guide European energy policy.
The world's first superconducting wind turbine will be installed this year off the coast of Denmark - a landmark achievement by an EU-funded project that is set to revolutionise the wind-energy industry through the deployment of lighter, more cost efficient and more potent generators.
EU-funded researchers have discovered a new family of enzymes able to break down wood into its chemical components. The findings may lead to more efficient production of biofuels and other valuable chemicals derived from biomass.
An EU-funded network is carrying out cutting-edge research that could lead to pioneering commercial applications such as ultra-powerful quantum computers, helping to position Europe at the forefront of technological innovation.
EU-funded researchers are boosting energy cooperation between the EU and nearby countries to the south and east, advancing knowledge on integrating renewables into energy systems, as well as researching improvements in energy efficiency.
EU-funded researchers have developed new tools for designing and analysing the economic reliability and environmental performance of wave and tidal-energy power farms. These are currently being implemented and validated in real-life situations, while the DTOCEAN consortium has secured further EU funding.
Connecting many small renewable energy sources to electricity grids is vital for EU environmental and energy goals. EU-funded research has shown how this can be achieved more efficiently through advanced functionalities that ensure grid stability.
The award-winning EU-funded TILOS project is tackling the sustainable energy challenges facing Mediterranean islands with practical solutions for storing, sharing and better managing power generated locally from the wind and sun.
Many consider renewable energy systems to be the way forward. However, before such systems can power the future, they first need to demonstrate their viability. Researchers from Europe and Morocco have teamed up to make one specific energy system a reality - dispatchable concentrating solar plants.
Aluminium is a vital material. Yet its production consumes vast amounts of raw materials and energy. An EU-funded project has developed waste-ore recycling processes and power-saving furnaces that could shrink the industry's environmental footprint while increasing its long-term competitiveness.
