Flow batteries, iron-air, compressed air, gravity, thermal and emerging LDES technologies
Researchers at the University of Waterloo have utilized 3D printing to enhance vanadium redox flow battery performance, while a new stress-test methodology improves membrane durability assessment.
TreadStone Technologies has advanced to the commercialization phase of a US DOE-funded program, utilizing its proprietary DuraC carbon coating to reduce flow battery electrode and bipolar plate costs by up to 53%.
Researchers at the University of Waterloo have created a nature-inspired, 3D-printed porous electrode for redox flow batteries, boosting performance by 52% and advancing grid-scale storage efficiency.
University of Waterloo researchers have developed 3D-printed porous carbon electrodes with a diamond geometry that improve vanadium redox flow battery performance by 52%. This breakthrough addresses key efficiency challenges in grid-scale renewable energy storage.
Researchers at KU Leuven have engineered a novel thin-film composite membrane using PVBC to improve the performance and cost-effectiveness of vanadium redox flow batteries.
India-based Delectrik Systems is manufacturing vanadium redox flow batteries for utility and industrial applications, leveraging the technology's safety and long lifespan to meet growing storage demand.