Recently, Guizhou Juneng Century Science &Technology Co., Ltd. plans to invest 20 million yuan to build a 10MW / 40mwh vanadium battery industrialization project in Meie Industrial Park, luoxiang Town, Congjiang County, Qiandongnan Prefecture, Guizhou Province.

The project will build three 10MW / 40mwh vanadium battery production lines, with an annual production of 12000m2 perfluorinated ion membrane and 2000 vanadium battery stacks. With a total construction area of 6000m2, there are 3 production workshops, office buildings and demonstration centers, and corresponding production and auxiliary equipment are purchased; as well as decoration works, supporting construction of plant pipe network, roads, walls, greening and beautification. This project only produces perfluorinated ion membrane and electric stack (including pipeline system), not involving the production and storage of electrolyte and electric control box. After the production of electric stack, it will be transported to the battery assembly manufacturer.

Guizhou Juneng Century Science &Technology Co., Ltd. is located in Meie Industrial Park, Congjiang County, Qiandongnan Prefecture, Guizhou Province. It is a high-tech enterprise dedicated to the R & D and industrial production of energy storage vanadium battery technology. It has international leading patented technology and important achievements in high-performance perfluorinated ion membrane for vanadium battery, high active electrode, high-energy efficient stack, wide temperature vanadium electrolyte and the whole system modularization of vanadium battery, and has huge product advantages.

Through independent research and development, Guizhou Juneng century has realized the regeneration and recycling of perfluorinated ion membrane, with low cost, high crystallinity, large tensile modulus, isotropy and long service life. It has broken the monopoly of the market by foreign countries, and its products have won unanimous praise from customers at home and abroad. The production of vanadium battery has the characteristics of high power density, high energy efficiency, wide working temperature of electrolyte, high degree of modularity, and its life-cycle cost is far lower than that of traditional batteries such as lead-acid and lithium batteries. It is a good choice for photovoltaic power generation, wind power generation, smart grid, Valley peak power, communication base station, standby power supply and fast charging of electric vehicles.