Sodium ion battery cathode material
Leader in polyanion cathode material system solutions
Nayuan New Materials covers all scenarios from consumer end to megawatt-level energy storage.
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What can we do?
With material innovation as the core, we provide full-link solutions
From cathode materials to product processes, in-depth customized development
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Promote the use of green energy
Focus on power and energy storage scenarios
Long cycle, low cost, high safety
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What are we doing?
Learn about the latest developments and technological breakthroughs in Nayuan New Materials
Cutting edge progress · real-time updates
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Na Yuan New Material Technology (Wuxi) Co., Ltd. is located in Xinwu District, Wuxi City, Jiangsu Province. It is a national high-tech enterprise founded by a team of German returnees who have been deeply involved in the battery industry for many years. The company focuses on providing solutions for sodium ion battery polyanion positive electrode material systems and has the industry's first 10000 ton polyanion positive electrode flexible production line in Liu'an Base. It is compatible with NFS/NFPP dual systems and has a leading advantage in the field of sodium ion positive electrode material additives.
Based on the material side, the company focuses on the three major links of "material research and development - battery cell design - end products" to provide customers with full-chain technical support from material supply to product implementation, empower customers with in-depth application understanding, and achieve efficient mass production and commercial implementation of sodium-based electronic products.
Our customers cover top domestic enterprises in light power (two or three wheels), start stop, distributed energy storage, etc. We have entered the qualified supplier directory of some listed companies and completed large-scale production and supply.
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Material Products
Deeply cultivate the polyanion system materials for sodium-ion batteries, and continue to make breakthroughs in key indicators such as gram capacity improvement, compaction density optimization, cycle life, and wide temperature range adaptability.
Batteries Design
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.
Application Plan
Provide mature PACK solutions for power, energy storage, power tools and other scenarios, eliminating the need to build a self-built battery development team and quickly realizing product implementation and commercialization.
Material Recovery
Build a closed loop of "materials-battery-recycling" industry. Efficiently extract valuable metals from retired batteries to provide secondary resources for production and promote green recycling.
Material products
Cell design
Application solution
Material recycling
Applications
Suitable for various industrial scenarios, such as as energy reserves for communication base stations, railway transportation, aircraft, drones, ships, artificial satellites and other equipment, sodium-ion batteries can work in a wider temperature range and provide long-term power supply.
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It is suitable for low-speed electric vehicles, electric bicycles, engineering power vehicles (such as heavy trucks, forklifts), special vehicles (such as electric sanitation trucks, fire trucks), etc. The lower cost and higher energy density make sodium-ion batteries the best choice for the above applications.
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Large-scale energy storage facilities deployed in industrial and commercial places such as factories, shopping malls, and data centers are mainly used to arbitrage peak and valley electricity prices, reduce peak demand electricity charges, and serve as backup power to ensure production continuity.
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It is a small and portable independent energy storage device that supports plug-and-play and is suitable for temporary power supply needs in off-grid or weak grid scenarios such as outdoor operations, camping, emergency rescue, and temporary activities.
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