3v Button battery

　　A new generation of flow 3v Button batterytechnology developed abroad is very suitable for large-scale energy storage system applications

　　The new generation of flow 3v Button batterytechnology developed abroad is very suitable for large-scale energy storage system applications - with the rising demand for new energy vehicles and related energy storage, flow batteries have good prospects for large-scale energy storage systems. According to Xinhua News Agency, yesterday, Imperial College London stated that Dr. Song Qilei, a scientist at the school, had received approximately 1.5 million euros (approximately RMB 11.6796 million) in funding from the European Union to develop a new generation of flow 3v Button batterytechnology.

　　With the rising demand for new energy vehicles and related energy storage, flow batteries have good prospects for large-scale energy storage systems. According to Xinhua News Agency, yesterday, Imperial College London stated that Dr. Song Qilei, a scientist at the school, had received approximately 1.5 million euros (approximately RMB 11.6796 million) in funding from the European Union to develop a new generation of flow 3v Button batterytechnology.

　　Public information shows that flow batteries are an electrochemical energy storage technology proposed by Thaller in 1974. The flow energy storage 3v Button batterysystem consists of a stack unit, an electrolyte solution, an electrolyte solution storage and supply unit, a control management unit, and other parts. The core of the flow 3v Button batterysystem is composed of a stack and a single cell that implements the charging and discharging process, which are connected in series according to specific requirements. The structure is similar to a fuel cell stack.

　　Song Qilei said that flow batteries have the characteristics of high safety and long-term energy storage, and are very suitable for large-scale energy storage system applications. However, the material properties of the separator, a key part of the flow battery, restrict the performance and cost of the flow battery. It will prepare nanomembranes through molecular design and nanoprocessing technology, and use lower-cost electrolyte materials to develop a new generation of flow 3v Button batterytechnology.

　　It is reported that in addition to batteries, this new membrane material technology can also be applied in sewage treatment, gas purification and other fields.

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