The initiative named SCO2OP-TES, is expected to revolutionize the TES (Thermal Energy Storage) industry with cost effectiveness, grid stability, and continuous industrial heat supply using renewable energy sources. It is a pivotal part of the
SCO2OP-TES is aligned with the REPowerEU Plan aiming for 1236 GW of renewable energy capacity by 2030, which is a significant increase from the 1067 GW target in the 'Fit for 55' package. To meet this, effective energy storage ensuring grid stability and continuous renewable energy use is crucial.
'We are excited that our pioneering and highly efficient heat exchanger technologies will contribute to this revolutionary TES project. Energy storage is pivotal in the transition towards renewable energy sources and an important pathway to decarbonization and a more sustainable future,' says
Addressing the challenges of energy transition
The transition to 100% renewable energy by 2050 faces challenges. Current storage methods, such as batteries and power-to-hydrogen systems, lack specific grid flexibility provided by rotating machines. With an estimated 780 TWh of electricity storage needed for the EU's renewable transition, batteries alone are insufficient.
A step towards a sustainable energy future
The project aim is to develop a new type of Carnot Battery that leverages heat from thermal RES (Renewable Energy Sources) or excess heat from industries and fossil-based power plants. This should guarantee a high round trip efficiency and make industrial/power plants more grid flexible.
Technological paradigm shift
SCO2OP-TES is more than just an energy storage project. It represents a technological paradigm shift, integrating Thermally Integrated Pumped Thermal Energy Storage with supercritical CO2 cycles. This approach promises affordable long duration and large-scale storage solutions, crucial for integrating bulky renewable energy sources into the EU energy systems and transforming traditional power plants into flexible renewable energy plants.
The project has been funded by the
Contact:
Tomas Backefjord
Tel: +46725554458
Email: tomas.backefjord@alfalaval.com
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