Research outcomes
Factsheets
Deliverable 3.5: CEEGS Cycle – Relevant System Characterisation outlines key system parameters and component integration in the CEEGS project, considering both 5 MW and 100 MW power scales.
Publications
Assessment of carbon dioxide transcritical cycles for electrothermal energy storage with geological storage in salt cavities
Technical reports
Deliverable 2.1: Geological scenarios and their characteristics
Deliverable 2.2: Assessment of the impact of geological conditions on the efficiency of the system
Deliverable 3.1: CEEGS Cycle, Relevant System Characterisation
News
Webinar: Clearing the Path for CEEGS – Regulatory Landscape & Technology Roadmap
Date: 29 AprilTime: 14:00-15:00 CEST Curious about how cutting-edge energy technologies can fit into today’s regulatory landscape? Don’t miss our upcoming CEEGS webinar, which will explore the regulatory framework and technology roadmap behind our innovative energy...
Andrés Carro Wins Young Scientist Culture Award 2024 for Work on Large-Scale Thermal Energy Storage
We’re proud to share that Andrés Carro, researcher at the University of Seville and contributor to the CEEGS project, has been awarded the Young Scientist Culture Award 2024 by the City Council of Seville. He received the prize in the category of PhD Researchers in...
Youth Science Parliament Sparks Debate on Energy and Climate
The IX Youth Science Parliament 2025 brought together bright young minds from across Andalusia, Spain, to explore pressing scientific topics tied to the Sustainable Development Goals. Organised by the Andalusian Society for Science Dissemination and the Descubre...
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