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Vanadium Redox Flow Battery

  1. 125kw Flow Battery System for Solar Energy Storage

    125kw Flow Battery System for Solar Energy Storage is utilized in large industries for load balancing, uninterrupted power supply, power conversion, and as a stand-alone power system. This system works on ion exchange technology, which is achieved by the circulation of two chemical components within a specified space separated by a membrane. It is widely known for its excellent scalability and capability to remain idle for a long time without any negative impact.
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  2. Vanadium Redox Flow Battery

    Vanadium Redox Flow Battery is a type of electrochemical cell assembly which uses two electrolyte acidic solutions separated by a proton exchange membrane. Chemicals used in this battery are vanadium based which allows it to be present in four different oxidation states. It is used for load balancing, power conversion, as UPS system, and stand alone power system. This battery has the capability to deliver 100% of stored energy and a shelf life of about 20 years.
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  3. 5kw Vanadium Redox Battery

    5kw Vanadium Redox Battery is used for remote area power supplies, telecom industry, substation backup systems, and small commercial buildings. This battery is used for storing renewable energy having output capacity of 5 kilo watts. It gives very fast response in changing load amount and can be left discharged for a long time without having any ill effects to it. This redox battery employs vanadium ions in different oxidation states for its operation and can be easily attached to power plants or electrical grids.
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  4. 1kw Vfb Battery for Renewable Energy System

    1kw Vfb Battery for Renewable Energy System is made for storing 1 kilo watt of renewable energy which can be utilized in power cut or other such situations. It is simple and easy to recharge, highly efficient in performance, and has great charge retention. This energy system consists of two vanadium based acidic chemicals separated by an ion exchange membrane. It uses ‘V’ ions which Woks by oxidizing V2+ to V3+ during discharge cycle.
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