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3. Policy support: China Municipal Government attaches great importance to the development of energy storage batteries, and has issued a series of policies and measures to support the research and development and application of new energy storage technologies such as sodium ion batteries. This will provide a strong policy guarantee for the development of Pawa in the field of sodium ion batteries.1. Energy storage field: The application prospect of sodium ion battery in energy storage field is broad. With the rapid development of renewable energy, the demand for energy storage technology in power grid is increasing. Sodium ion battery has obvious advantages in power grid energy storage and renewable energy storage because of its low cost, high safety and strong temperature adaptability.Iv. Opportunities and challenges of Pawa in the field of sodium electricity

1. Technical breakthrough: Although sodium ion battery technology has made some progress, it still needs further breakthrough in energy density and cycle life to meet the market demand.1. Technical breakthrough: Although sodium ion battery technology has made some progress, it still needs further breakthrough in energy density and cycle life to meet the market demand.Sodium ion battery: a new star in energy transformation and the development opportunity of Pawa shares

2. Transportation field: In the transportation field, sodium ion batteries can be used as a supplement to lithium ion batteries and applied to some new energy vehicles, low-speed electric vehicles, two-wheeled vehicles and other fields with low endurance requirements. In addition, sodium ion batteries can also be used in mining areas, construction machinery and other scenes to replace traditional diesel engines and reduce the problems of air pollution and corrosion of equipment.Third, the market application opportunities of sodium ion batteriesAs a new energy storage technology, sodium ion battery has a broad development prospect. First of all, sodium resources are abundant and widely distributed on the earth, mainly in the form of sodium chloride (salt), which makes the raw material cost of sodium ion batteries relatively low. Secondly, the sodium ion battery has little environmental impact in the manufacturing process, and it is easy to realize environmental protection recycling, which conforms to the concept of sustainable development. In addition, with the technical breakthrough and the realization of large-scale production, the performance of sodium ion batteries will be further improved and its commercialization process will be accelerated.