IMABATTERY® is committed to revolutionizing long-duration
energy storage through groundbreaking redox flow technology.
IMABATTERY® is committed to revolutionizing long-duration
energy storage through groundbreaking redox flow technology.
As demand for wind and solar energy grows, their intermittent nature poses a new challenge. 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' long discharge times surpass the capabilities of lithium-ion systems by 3-500%. Low cost and long discharge time make redox flow batteries ideal for grid scale power storage.
IMABATTERY® boasts exceptional longevity, offering reliable energy storage for more cycles and longer duration than traditional batteries. Requiring minimal maintenance and achieving superior durability, redox flow batteries present a cost-effective alternative to lithium-ion batteries.
IMABATTERY® uses a non-volatile electrolyte solution, making it a safe and environmentally friendly energy storage medium. Lithium-ion batteries use hazardous materials and are prone to fires and explosions during operation. Redox flow batteries offer a safe solution to our world's increasing energy demands.
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.
Redox-Flow Batteries consist of two tanks of electrolyte each connected to half cells separated by an ion membrane. The system gets its name from reduction and oxidation reactions within electrochemical cells that generate a voltage potential and electrical current. These reactions are reversible, with their direction depending on whether the battery is being charged or discharged. The total amount of energy stored is directly related to the amount of electrolyte and can be easily increased. This technology holds incredible potential for grid scale power storage. Most importantly, redox flow batteries can be built from low-cost, safe, and sustainable materials.
