Material selection, formula optimization, cell structure design, full-process services. Ensure that the advantages of materials are fully released at the terminal, shorten the development cycle, and reduce trial and error costs.

Business contact: wangchendong@simt-cn.com

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  Cell design

  To make a systematic trade-off between energy density, rate performance, cycle life, safety and cost, relying on the Nayuan team's in-depth research on sodium ion cathode materials, key indicators are deduced from the application scenarios. Through the precise matching of material use, electrode structure and process parameters, while ensuring the safety margin, the system advantages are maximized, shortcomings are avoided, and the high stability of the cell performance is maintained, and the theoretical "possibility" is transformed into a mass-produced product.

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  No negative electrode battery

  The new generation of disruptive battery technology abandons traditional negative electrode active materials and relies on in-situ deposition of metal ions to form dynamic negative electrodes, greatly improving energy density while suppressing dendrite growth from the root, and possessing excellent safety performance. The production process is more streamlined, effectively reducing material and manufacturing costs. With characteristics such as high specific energy, high safety, low cost, and strong adaptability, it is widely used in high-end energy storage, new energy vehicles, special power supplies, and other fields.