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Beijing Green Vanadium | Sharing Full Vanadium Liquid Flow Energy Storage Technology and Cases
Release time:2025.12.31 Number of views:48

Green Vanadium, with its independent innovation research and development system, has successfully developed the 100 kW all vanadium flow battery stack with the highest single stack power in China, marking important progress in the field of high-power vanadium battery core components. This fuel cell stack has technical advantages such as long cycle life, high safety, and stable energy efficiency, providing a reliable basic unit for large-scale energy storage systems.
Based on this core stack technology, an energy storage product matrix covering multiple scenarios has been further launched, including the Vstorage-MW large-scale energy storage system with grid building function, as well as the Vstorage-100kW energy storage product that flexibly adapts to industrial and commercial applications. Among them, the MW system is specially designed for complex power grid environments, which can achieve stable operation under weak grid or even off grid conditions, effectively improving the resilience of the power grid and the ability to absorb new energy.

At present, the technological achievements of green vanadium have been commercialized and implemented in multiple projects.
The energy storage demonstration projects constructed by the company in Yunnan and other places have become benchmark projects in the industry, verifying the reliability and economy of its all vanadium flow battery system in long-term operation, and providing important practical references for the large-scale development of new energy storage in China.
The successful holding of this seminar has provided a high-level communication platform for the energy storage industry in Beijing Tianjin Hebei and even the whole country.
In the future, Beijing Green Vanadium will continue to deepen its cultivation of liquid flow energy storage technology, promote the greater role of energy storage systems in energy transformation, and contribute innovative strength to the achievement of the national "dual carbon" goals and the construction of new power systems.