RENUVI ENERGY STORAGE
Proprietary Load Following Technology
Renuvi's proprietary chemistry was intentionally designed to meet the demands of the modern power grid. Originally conceived by FANCO's founders, the Renuvi battery was commercialized independently due to its myriad applications and customer segments.
Renuvi offers a 10+ hour long duration in-line power reservoir seamlessly integrated anywhere in the power grid. By storing and discharging energy through an infinitely reversible chemical process that does not cause internal degradation, the Renuvi battery offers significantly longer lifespan and greater operational flexibility. Its liquid metal eutectic is designed to operate at high temperatures maintained through internal operations, alleviating the need for cooling and fire suppression systems required for lithium-ion systems.
No risk of spontaneous combustion or thermal runaway.
Infinitely reversible electro chemical reaction - No membranes, separators, or consumables.
Lower manufacturing costs: higher margins.
Longer life cycle than competing tech - drastically increasing grid reliability.
Readily available, recyclable materials with a cobalt free design.
The Future Of The Grid - Stability
Renuvi’s advanced energy storage technology is poised to revolutionize grid stability and resilience in an era of increasing demand and intermittent renewable generation. Acting as a pacemaker for the energy grid, Renuvi’s batteries provide in-line power reserves that seamlessly integrate with existing infrastructure, ensuring real-time load balancing, frequency regulation, and peak demand support.
Unlike traditional storage solutions, Renuvi’s proprietary chemistry enables high-efficiency energy retention and rapid response capabilities, making it a critical tool in preventing blackouts, stabilizing voltage fluctuations, and enhancing overall grid reliability.
As renewable energy penetration grows and extreme weather events strain the grid, Renuvi’s scalable, long-duration storage technology ensures that utilities and industries can maintain continuous, reliable power—strengthening the foundation for a cleaner, more resilient energy future.
