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Pawa Co., Ltd. is mainly engaged in the research and development, production and sales of new energy battery materials, focusing on the subdivision direction of cathode materials for lithium-ion batteries and sodium-ion batteries, and actively deploying forward-looking fields such as semi-solid/solid-state batteries. In the field of sodium ion batteries, Pawa has mastered the core technology of precursor synthesis of sodium anode materials, and accelerated the research and development and industrialization of related products.1. Market demand growth: With the continuous progress of sodium ion battery technology and the acceleration of commercialization, the market demand for sodium ion batteries will continue to grow, providing a broad market space for Pawa shares.2. Industrial chain coordination: Pawa shares can establish close cooperative relations with upstream and downstream enterprises to jointly promote the development and improvement of the industrial chain of sodium ion batteries and improve market competitiveness.

1. Market demand growth: With the continuous progress of sodium ion battery technology and the acceleration of commercialization, the market demand for sodium ion batteries will continue to grow, providing a broad market space for Pawa shares.Opportunity:Second, the advantages of sodium ion batteries over lithium ion batteries

Third, the market application opportunities of sodium ion batteries1. 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.3. Industrial and distributed energy storage: The demand for industrial and distributed energy storage systems is increasing gradually. These systems are usually used in micro-grids or enterprise parks, and need stable power supply to support production and daily operation. Sodium ion battery can be applied to some remote areas where it is difficult to access the power grid because of its good performance and high cost performance at low temperature.