What is Teraloop?
ENERGY STORAGE TO EMPOWER THE WORLD – that’s the bold promise behind Teraloop. Born in 2014 in Helsinki, Finland, Teraloop is a cutting‐edge energy storage project committed to the energy transition by addressing the unpredictability of renewable sources. This project creates sustainable flywheel energy storage solutions designed specifically to support heavy cycling applications, such as electric vehicle ultra-fast charging (150+kW), renewable energy integration, and DERMS support. With a strong foundation rooted in innovation and research at Aalto University, Teraloop’s solution leverages patented kinetic energy storage technology that is scalable from small industrial needs up to large utility scale applications. It’s a dynamic answer to today’s challenges in energy reliability.
Main Benefits
Key benefits of the Teraloop project include a mix of advanced technological features and robust financial advantages, such as:
- Improved power management through peak shaving, fault ride-through, voltage regulation, energy recovery, power fluctuation management, and reactive power compensation.
- Flywheels that store over 5 times more energy per unit mass compared to traditional solid rotors.
- Advanced electromagnetic stabilization ensuring zero friction and firesafe operations.
- Sustainable material innovations incorporating bio-based and recycled carbon fibre, magnetically loaded composites, and bio-based epoxy resins.
- Scalable designs offering low cost of ownership while catering to heavy cycling, enabling rapid response in grid balancing markets.
Innovative Technology
At the heart of Teraloop is its innovative flywheel technology. The system’s hubless rotor design sets it apart, allowing for higher energy density and efficiency that’s achieved through state-of-the-art electromagnetic stabilization. This design not only provides zero friction but also ensures that the flywheel endures frequent charging and discharging better than conventional batteries. With continuous research into new, sustainable materials, the technology promises improved efficiency, lower costs, and reduced environmental impact – a combination that makes it an ideal partner for variable renewable energy generation. There’s something incredibly engaging about how this solution seamlessly integrates advanced engineering with sustainability.
Applications in Industries
Teraloop’s applications span a broad spectrum of industries. In industrial settings, the system is used to enhance power quality and reduce energy costs. Industries benefit from reduced downtime and minimized maintenance issues, thanks to reliable performance during peak loads and unexpected power fluctuations. For utilities and independent power producers, Teraloop flywheels complement existing renewable installations and lithium battery solutions, addressing intermittency and facilitating participation in fast-response grid balancing markets. The system’s adaptable design means it can effectively be scaled from small-on-site industrial needs to grid-scale energy projects, making it a versatile and attractive solution for a variety of heavy-duty applications.
Commitment to Sustainability
The Teraloop project isn’t just about cutting-edge technology – it’s also rooted in a deep commitment to sustainability and social responsibility. Operated with strong legal, ethical, and technical standards, Teraloop actively upholds a Business Integrity Policy that emphasizes transparent and respectful communication. In parallel, its Corporate Social Responsibility Policy reflects a dedication to sustainable business practices, ensuring that every action takes into account socio-economic and environmental impacts. This thoughtful approach proves that profitability and responsibility can indeed go hand in hand, making the project a role model for how modern technology can facilitate a cleaner, greener future.
Project Impact
- SDG 7: Affordable and Clean Energy
- SDG 9: Industry, Innovation and Infrastructure
- SDG 12: Responsible Consumption and Production
- SDG 13: Climate Action
Future Outlook
Looking ahead, Teraloop’s future appears promising and exciting. The project continues to push the boundaries by harnessing a hubless configuration that scales efficiently to meet ever-increasing power demands. This technological leap, paired with sustainable material innovations like bio-based composites, sets the stage for broader applications – from EV ultra-fast charging stations to large-scale renewable integration projects. As the global energy landscape transitions away from fossil fuels, Teraloop’s solutions are poised to play a vital role in ensuring grid flexibility and reliability. It’s a journey fueled by innovation, determination, and the pursuit of a more resilient, equitable energy future… a future where technology and sustainability are truly intertwined.
