On September 11, Meimiao Energy Storage 400 thousand square graphite composite bipolar plate project was officially started in Jinchang City, Gansu Province.
It is reported that the 400000 square graphite composite bipolar plate project in Jinchang City is an important industrial layout of Meimiao Energy Storage in the core material bipolar plate of vanadium battery stack. In addition, Meimiao Energy Storage has a layout in other key core components of vanadium batteries, such as electrolyte, diaphragm, electrode, etc., to provide all-round services, supply and guarantee the supply of core components of global flow battery manufacturers. According to
the data, Jiangsu Meimiao Energy Storage Technology Co., Ltd. is a new energy storage application research and development technology company initiated by Meimiao Science and Technology and Zhongke Double Carbon Research Institute, headquartered in Changzhou City, Jiangsu Province. The company is committed to the research and development and mass manufacturing of vanadium battery stacks and their carbon electrode materials, diaphragm materials and energy storage equipment. By continuously promoting the product research and development of diaphragm materials and carbon material performance, the company improves the existing technology to achieve the cost reduction and efficiency enhancement of vanadium batteries and boost the development of new energy storage.
Jiangsu Meimiao Energy Storage Technology Co., Ltd. is a new energy storage application research and development technology company initiated by Meimiao Technology and Zhongke Double Carbon Research Institute, headquartered in Changzhou City, Jiangsu Province. The company is committed to the research and development and mass manufacturing of vanadium battery stacks and their carbon electrode materials, diaphragm materials and energy storage equipment. By continuously promoting the product research and development of diaphragm materials and carbon material performance, the company improves the existing technology to achieve the cost reduction and efficiency enhancement of vanadium batteries and boost the development of new energy storage.
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