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1. Energy storage field: Sodium ion battery has excellent performance in cost, low temperature and fast charging, and is very suitable for large-scale energy storage scenarios such as power grid energy storage and renewable energy storage. By absorbing more green electric energy such as solar energy and wind energy, and participating in the "peak-shaving and valley-filling" of the power grid, sodium ion batteries can help alleviate the pressure on the power grid and increase the consumption ratio of green energy in the power grid.1. Energy storage field: Sodium ion battery has excellent performance in cost, low temperature and fast charging, and is very suitable for large-scale energy storage scenarios such as power grid energy storage and renewable energy storage. By absorbing more green electric energy such as solar energy and wind energy, and participating in the "peak-shaving and valley-filling" of the power grid, sodium ion batteries can help alleviate the pressure on the power grid and increase the consumption ratio of green energy in the power grid.To sum up, sodium ion battery, with its advantages in many aspects, is rapidly emerging as the key force of new power system under the impetus of energy transformation and technological innovation. In many fields such as energy storage and transportation, sodium ion batteries show great market potential and application value. Leading enterprises in the field of new energy materials such as Pawa are expected to play an important role in the sodium ion battery market and promote the rapid development of this emerging industry.

3. Strong environmental adaptability: the sodium ion battery has excellent capacity retention rate and good wide temperature characteristics in both high and low temperature environments. This makes it possible for sodium ion batteries to be used in extreme weather conditions.2. Transportation field: Although the energy density of sodium ion batteries is relatively low, with the continuous development of technology, they may be applied in some new energy vehicles with low endurance requirements, such as small electric vehicles and urban scooters. In addition, sodium ion batteries can also be used as a supplement to lithium ion batteries, which can be used in the fields of two-wheeled vehicles, tricycles and so on.2. Transportation field: Although the energy density of sodium ion batteries is relatively low, with the continuous development of technology, they may be applied in some new energy vehicles with low endurance requirements, such as small electric vehicles and urban scooters. In addition, sodium ion batteries can also be used as a supplement to lithium ion batteries, which can be used in the fields of two-wheeled vehicles, tricycles and so on.

To sum up, sodium ion battery, with its advantages in many aspects, is rapidly emerging as the key force of new power system under the impetus of energy transformation and technological innovation. In many fields such as energy storage and transportation, sodium ion batteries show great market potential and application value. Leading enterprises in the field of new energy materials such as Pawa are expected to play an important role in the sodium ion battery market and promote the rapid development of this emerging industry.Sodium ion battery: the future star of energy transformation and technological innovation1. Energy storage field: Sodium ion battery has excellent performance in cost, low temperature and fast charging, and is very suitable for large-scale energy storage scenarios such as power grid energy storage and renewable energy storage. By absorbing more green electric energy such as solar energy and wind energy, and participating in the "peak-shaving and valley-filling" of the power grid, sodium ion batteries can help alleviate the pressure on the power grid and increase the consumption ratio of green energy in the power grid.