——The global sodium-ion battery market is growing significantly

At present, a total of more than 20 sodium-ion battery enterprises in the world have initially developed related battery products, and respectively in power base station energy storage, electric bicycles, data centers and low-energy industrial forklifts and other fields have been small-scale demonstration application, sodium-ion battery industry has begun to take shape in the market. At the same time, in 2022, the world's major leading enterprises such as Faradion in the United Kingdom, Natron Energy in the United States, China's Zhongke Haina and Ningde Times will further accelerate the commercialization of new products. Once technological breakthroughs are made, the industry size will increase significantly.

According to the report data released by BIS Research, the global market size of sodium-ion battery will be about 528 million US dollars in 2021 and 549 million US dollars in 2022, among which the Asia-Pacific region will become the largest market for sodium-ion battery related products due to the rapid growth of new energy market.

——The United States, Britain and France are major countries in the global distribution of sodium ion batteries

The global sodium ion battery market covers the main regions of North America, Europe, Asia Pacific region. From the point of view of specific countries, the global distribution of sodium ion batteries are mainly the United States, the United Kingdom, France, China, Japan, Sweden and Australia.

——More than 20 companies are working on the industrial layout of sodium ion batteries

At present, more than 20 enterprises at home and abroad are carrying out the relevant layout of sodium ion battery industrialization, and have made important progress, including FARADION Company in Britain, NAIADES project group in France, Natron Energy Company in the United States, Kishida Chemical, Toyota, Panasonic, Mitsubishi Chemical, As well as Ningde Times, Beijing Zhongke sodium, Zhejiang sodium innovation energy, Liaoning Starry Sky sodium electricity, etc.

——Sodium-ion battery has been paid much attention by various countries

作为锂离子电池的“替补”产品，钠离子电池目前已经受到各个国家的重视，美国能源部将钠离子电池作为钠离子电池的发展体系，欧盟储能计划“电池2030”项目将钠离子电池列在非锂离子电池体系的首位，中国工信部2021年7月也提出将逐步开始钠离子电池行业的标准制定，在“十四五”相关规划中也将对钠离子电池的发展做出政策安排，预计随着钠离子电池产品的示范应用逐步取得成功，钠离子电池的量产步伐开始加快，行业逐步走向产业化，其标准与政策体系建设也将进一步提速。

——The global sodium-ion battery market is expected to exceed $2.3 billion by 2028

According to many countries have begun to put forward policy planning for the sodium-ion battery industry, major enterprises after long-term technology research and development, sodium-ion battery related products have gradually begun to form commercial applications, it is expected that the sodium-ion battery market is expected to grow significantly in the near future.

According to BIS Research, the global sodium-ion battery market revenue is estimated at $528 million in 2021 and is expected to reach $4.36 billion in 2031, with a compound annual growth rate of 23.5% from 2022 to 2031. According to preliminary estimates, the global market size of sodium ion battery industry is about 810 million US dollars in 2023, and will exceed 2.3 billion US dollars in 2028.

Microscopic Image Processing Microscopic Image Processing Technology (MiP) is a high-tech company specializing in visual characterization of particle size and shape. The company has gathered many elites with rich experience and achievements in the fields of optoelectronic technology, automatic control, visual processing, granular science and powder technology. Its expertise covers basic theoretical research of vision technology, application technology development, product manufacturing, technical support and business operation services.

At present, the company has successfully developed two product series, namely "Rui" and "Wei", Rui is equipped with a unique dry powder dispersion system, using a static way to carry out fine linear array imaging of dry powder particles, with the maximum resolution up to 50000*50000, which makes it possible to evaluate large particle size and shape. "Wei" series products adopt the most cutting-edge image processing technology. The test limit can be up to 500 nm, which can classify and trace impurities in complex fluids. It is one of the most advanced particle counting methods in the industry at present. Both series have been successfully applied in the development process of sodium electric positive and negative electrode materials. Is committed to becoming the world's leading particle characterization expert.