IMABATTERY® bridges the renewable energy demand and storage gap
with 2nd Gen. Iron-Chromium Complex Flow Battery technology
IMABATTERY® bridges the renewable energy demand and storage gap
with 2nd Gen. Iron-Chromium Complex Flow Battery technology
As demand for wind and solar energy grows, their intermittent nature poses a new challenge. The AI boom further fuels the demand for all renewable energy forms, which further exacerbates the gap and opportunity of LDES. The key to year-round clean energy lies in sustainable long-duration storage. IMABATTERY® applies breakthrough redox flow technology to maximize energy storage performance at a fraction of industry-standard costs.
IMABATTERY® incorporates cutting-edge chemistry to provide high energy density power storage solutions. Our batteries' 8-hour+ discharge times enable lifetime savings to surpass lithium-ion systems by 3-500%.
IMABATTERY® boasts near-neutral chemical efficiency, enabling 0% capacity decay, further enabling a theoretically infinite lifespan. Requiring minimal maintenance and durability superior to lithium-ion, redox flow batteries present a cost-effective alternative to lithium-ion batteries.
Our aqueous based system has 0% combustion risk. Lithium-ion batteries use hazardous materials and are prone to fires and explosions during operation. Redox flow batteries offer a safe solution.
The main ingredients are iron, chromium, and water, which are highly abundant, stable materials on our planet, making our technology safe and environmentally friendly.
IMABATTERY® maximizes spatial efficiency and geographic flexibility due to compact design and ambient temperature flexibility (-22-140°F). Energy capacity can be easily scaled by increasing the size of the electrolyte tanks. In contrast, large scale Lithium-ion batteries require large areas for adequate spacing to prevent fire hazards.