English 
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VRF-5-20
VCEC
Our company is a high-tech enterprise dedicated to R&D and industrialized production of new energy storage vanadium battery technology. The company has an independent R&D center, an ion-exchange membrane workshop, a vanadium battery stack assembly workshop, a vanadium electrolyte preparation workshop, and a modular vanadium battery system assembly and testing workshop. The company has internationally leading patented technologies and important achievements in vanadium battery high-performance perfluorinated ion membranes, high-active electrodes, high-efficiency stacks, wide-temperature vanadium electrolytes, and full-system modularization of vanadium batteries, and has huge advantage.
Through independent research and development, the company has realized the regeneration and recycling of perfluorinated ion membranes. The membrane has low cost, high crystallinity, large tensile modulus, isotropy, and long life. The products have won unanimous praise from customers at home and abroad. The vanadium battery produced by the company has the characteristics of high power density, high energy efficiency, wide operating temperature of the electrolyte, and high degree of modularity. The lifetime cost is much lower than that of traditional batteries such as lead-acid and lithium batteries. It is photovoltaic power generation, wind power generation, and smart grid. The best choice for valley electric peak use, communication base station, backup power supply, fast charging of electric vehicles
The vanadium battery carries out electrochemical reactions by circulating vanadium
electrolytes of different valence states through the electrodes, thereby realizing the mutual conversion between chemical energy and electric energy. The vanadium battery is composed of a stack, a vanadium electrolyte barrel, a circulating pump, a pipeline, and a battery management system. The stack is composed of monolithic batteries connected in series. The monolithic battery is composed of ion exchange membranes, electrodes, conductive plates, liquid flow frame plates, and sealing rings. The electrode is made of graphite felt, installed in the flow frame plate, and located between the ion exchange membrane and the conductive plate. The lower and upper parts of the liquid flow frame plate are respectively provided with vanadium electrolyte inlet and outlet branch channels.
Our company is a high-tech enterprise dedicated to R&D and industrialized production of new energy storage vanadium battery technology. The company has an independent R&D center, an ion-exchange membrane workshop, a vanadium battery stack assembly workshop, a vanadium electrolyte preparation workshop, and a modular vanadium battery system assembly and testing workshop. The company has internationally leading patented technologies and important achievements in vanadium battery high-performance perfluorinated ion membranes, high-active electrodes, high-efficiency stacks, wide-temperature vanadium electrolytes, and full-system modularization of vanadium batteries, and has huge advantage.
Through independent research and development, the company has realized the regeneration and recycling of perfluorinated ion membranes. The membrane has low cost, high crystallinity, large tensile modulus, isotropy, and long life. The products have won unanimous praise from customers at home and abroad. The vanadium battery produced by the company has the characteristics of high power density, high energy efficiency, wide operating temperature of the electrolyte, and high degree of modularity. The lifetime cost is much lower than that of traditional batteries such as lead-acid and lithium batteries. It is photovoltaic power generation, wind power generation, and smart grid. The best choice for valley electric peak use, communication base station, backup power supply, fast charging of electric vehicles
The vanadium battery carries out electrochemical reactions by circulating vanadium
electrolytes of different valence states through the electrodes, thereby realizing the mutual conversion between chemical energy and electric energy. The vanadium battery is composed of a stack, a vanadium electrolyte barrel, a circulating pump, a pipeline, and a battery management system. The stack is composed of monolithic batteries connected in series. The monolithic battery is composed of ion exchange membranes, electrodes, conductive plates, liquid flow frame plates, and sealing rings. The electrode is made of graphite felt, installed in the flow frame plate, and located between the ion exchange membrane and the conductive plate. The lower and upper parts of the liquid flow frame plate are respectively provided with vanadium electrolyte inlet and outlet branch channels.
