A revolution in mass electricity storage : ENOGIA will design and deliver the supercritical CO2 turbomachinery of the SCO2OP-TES project
Capitalizing on more than a decade of high technology turbomachinery research and development, ENOGIA was selected as the main turbomachinery manufacturing partner of the SCO2OP-TES project.
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ENOGIA A revolution in mass electricity storage : ENOGIA will design and deliver the supercritical CO2 turbomachinery of the SCO2OP-TES project Dissemination of a French Regulatory News, transmitted by EQS Group. The issuer is solely responsible for the content of this announcement.
A revolution in mass electricity storage : ENOGIA will design and deliver the supercritical CO2 turbomachinery of the SCO2OP-TES project
Marseilles, France, December 18th, 2023 – 18h ENOGIA (code ISIN : FR0014004974 – mnémonique : ALENO), expert en micro-turbomachines au service de la transition énergétique, is proud to be part of the ambitious Horizon Europe SCO2OP-TES project, aiming at revolutionizing mass electricity storage thanks to innovative carnot battery architecture, which started as its kick-off was held in Brussels on this December 14th and 15th. Capitalizing on more than a decade of high technology turbomachinery research and development, ENOGIA was selected as the main turbomachinery manufacturing partner of the SCO2OP-TES project. ENOGIA will design, engineer, manufacture and test the main supercritical CO2 turbomachines used in this project where a groundbreaking Carnot battery architecture will be developed and tested by the partners of the project. This project emphasizes ENOGIA's recognized ability to develop cutting-edge supercritical CO2 turbomachinery, acquired through years of research and several development projects (including the H2020 I-Therm project). ENOGIA is also heavily involved in thermodynamic electricity storage research, which is a promising way of storing electricity without using limited and polluting resources such as chemical batteries. Total funding of the project is 4,7M€, including a grant of 875,5 k€ for ENOGIA to support its activities in the project critical hot sCO2 turbomachinery design, manufacturing and testing. Introducing SCO2OP-TES's Groundbreaking "Carnot Batteries" : EU Pioneers in Revolutionizing Energy Storage In a bold move to revolutionize energy storage and transition towards renewable energy sources, the European Union has intensified its efforts through the innovative SCO2OP-TES project. This initiative is a pivotal part of the EU's strategy to reduce emissions in the energy and industrial sectors, further propelled by the recent REPowerEU Plan. The plan sets an ambitious goal of achieving 1236 GW of installed renewable energy source (RES) power capacity by 2030, a significant increase from the 1067 GW target set in the “Fit for 55” package. But this huge amount of RES needs a proper energy storage solution, that can guarantee both grid stability and the possibility to exploit RES all over the day and the year.
Addressing the Challenges of Energy Transition The transition towards 100% RES by 2050 is indeed not without its challenges. Current inverter-driven storage methods, like batteries and power-to-hydrogen systems, fall short in covering specific grid flexibility services that only rotating machines can provide. In this sense the estimated 780 TWh electricity storage needed for EU RES transition cannot be provided only by battery, thus the EU is on the lookout for novel energy storage solutions that are not only cost-effective but also provide extended storage durations and grid services. SCO2OP-TES: A Step Towards Sustainable Energy Future Enter SCO2OP-TES, a project that aims to develop and validate the next generation of Power-to¬Heat-to-Power (P2H2P) energy storage solutions. This project is a collaborative effort of 16 partners from 10 European countries, combining their expertise in advanced energy systems and turbomachinery, with a particular focus on sCO2 ones. The SCO2OP-TES project focuses on developing a new type of Carnot Battery that valorises freely available heat from thermal RES or waste heat from industries and fossil-based power plants, can guarantee high round-trip efficiency and makes industrial/power plants more grid-flexible. Empowering Europe's Energy Transition SCO2OP-TES is more than just an energy storage project. It represents a technological paradigm shift, integrating Thermally Integrated-Pumped Thermal Energy Storage (TI-PTES) with supercritical CO2 (sCO2) cycles. This approach promises affordable long-duration (>10hrs) and large-scale storage solutions, crucial for integrating bulky RES into the EU energy systems and transforming traditional power plants into flexible renewable energy plants. Consortium Partners The SCO2OP-TES project brings together a diverse group of partners, each contributing unique expertise. The consortium partners, including leading universities, research centers, and industry experts, are united in their mission to develop sustainable, technically viable, and environmentally friendly energy storage solutions. Together, they are paving the way. To learn more about the SCO2OP-TES project and partners : https://cordis.europa.eu/project/id/101136000
The project has been funded by the European Union in the Horizon Europe framework under Grant Agreement n. 10113600. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or of the European Climate, Infrastructure and Environment Executive Agency (CINEA). Neither the European Union nor the granting authority can be held responsible for them.
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Regulatory filing PDF file File: 23 12-18 CP ENO Subvention UE Vdf EN 03 |
1799397 18-Dec-2023 CET/CEST