SEGULA Technologies is leading the way in energy transition with REMORA Stack, a sustainable solution for large-scale renewable energy storage. Designed for industrial sites, eco-districts, shopping centers, and public infrastructures, REMORA Stack aims to ensure energy autonomy through innovative isothermal air compression technology.
The system consists of 12-meter-long outdoor containers that store surplus renewable energy, generated by sources such as wind turbines or photovoltaic panels, and release it when demand exceeds production. With a 70% efficiency rate, a lifespan of at least 30 years, and no polluting emissions, REMORA Stack provides a durable alternative to traditional battery storage, using robust materials instead of relying on rare earths or lithium.
Modular and Scalable Design
REMORA Stack offers unprecedented flexibility with a modular design. Storage power is determined by compressor size, while storage capacity depends on the volume of compressed air. These parameters can be adjusted independently, allowing for scalable storage by adding more containers without needing to replace the compressor. This makes the technology more economical and adaptable to the specific needs of industries.
David Guyomarc’h, Director of the REMORA project at SEGULA Technologies, highlighted that the development has been ongoing for about ten years, with demonstrators validating each stage of the process. “The initial results have been very promising, and eventually, REMORA Stack will store energy for over ten hours,” he said.
Air4NRG Project: Testing and Deployment by 2026
As part of the EU-funded Air4NRG project, SEGULA Technologies is piloting test facilities to evaluate REMORA Stack in real-world conditions. Prototypes will be used to fine-tune the technology before it is rolled out on a larger scale, with full deployment anticipated by 2026.
Conclusion
With its innovative approach to renewable energy storage, REMORA Stack represents a significant step toward a more sustainable energy future. Its flexibility, efficiency, and scalability make it an ideal solution for industries and communities seeking energy autonomy, offering a reliable alternative to traditional energy storage systems. The ongoing testing and development promise to bring this groundbreaking technology to market within the next few years.
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