LiPure Energy is a startup focused on solid-state batteries with polymer and silicon carbon anodes. Its first-generation 0.5Ah–50Ah products have passed extreme safety tests and received authoritative certification. The company is advancing capacity construction, with a 1 GWh ESS battery project in Jiangxi already entering the environmental impact assessment stage. Through bank credit lines, partnerships with equipment suppliers, and pilot projects, the company is accelerating its transition from R&D to market applications, initially targeting e-bike battery swapping and ESS scenarios.

Shanghai Firm-Lithium has established 0.5GWh sulphide all-solid-state battery and 30mt-scale electrolyte mass production lines in Shanghai, Jiangxi, and Changzhou by 2025, with pouch battery cells achieving 410Wh/kg and 2,000 cycles. It has secured designations from automakers such as SAIC and FAW, and plans to expand to 2GWh by 2026, taking the lead in achieving batch deliveries across consumer, small power, and automotive applications.

(Yicai) Oct. 9 -- A research team led by Huang Xuejie, a professor at the Chinese Academy of Sciences' Institute of Physics, is developing the world's first technology to achieve "zero external pressure sulfide electrolyte all-solid-state lithium battery," which offers a solution for such batteries' interface challenges that hinder their mass production.

[Solid-state battery: Qingtao applies for patent on "an all-solid-state battery"] On July 18, 2025, information from the China National Intellectual Property Administration showed that Shanghai SAIC Qingtao Energy Technology Co., Ltd. had applied for a patent named "an all-solid-state battery," with the publication number CN120341248A and the application date in November 2024. This all-solid-state lithium battery includes a positive electrode, a negative electrode, and a solid-state electrolyte membrane. The anode active material layer comprises doped silicon and doped atoms (the atoms include at least one of B atoms and P atoms), with the mass of doped silicon accounting for more than 90% of the anode layer.