RESEARCH AND DEVELOPMENT
Technology R&D
Technology R&D
TECHNOLOGICAL INNOVATION
Technological innovation
Pioneering Innovation | Creating a world-leading R&D system for cathode materials
As a high-tech enterprise in new energy materials, we bring 15 years of expertise in lithium battery cathode R&D. Our innovation platform spans the full spectrum of materials — including lithium-rich manganese-based and silicon oxide anodes — with 50+ filed patents, 3 national standards led/co-developed, and core products certified by global industry leaders.
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15
Deeply engaged in the R&D of lithium battery electrode materials (years)
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50
Patents related to cathode materials (items)
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3
Leading/participating in the formulation of national standards (items)
Tech-Driven Breakthroughs | Redefining Energy Frontiers with LRMO
We have achieved world-leading results in key fields such as material modification, structural stability, and all-solid-state battery applications.
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Material modification to strengthen basic performance
By adopting advanced doping and coating technologies, the specific capacity and structural stability of lithium-rich manganese-based materials are significantly improved, laying the foundation for high-performance batteries.
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The first "redox reaction pair" strategy to overcome the problem of oxygen evolution
The world's first "redox reaction pair" strategy was proposed and applied to effectively inhibit oxygen evolution during the charging and discharging process.
This strategy brings revolutionary improvements: material capacity, voltage and cycle stability are greatly improved.
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The world's first high-performance lithium-rich all-solid-state battery
By precisely controlling the ionic and electronic conductivity of lithium-rich materials, we successfully built a practical all-solid-state battery based on a lithium-rich cathode for the first time in the world.
ultra-high specific capacity: 244.5 mAh/g.
Achieve unprecedented cycle stability:
>83% capacity retention after 1,000 cyclesThis marks a milestone breakthrough in the application of lithium-rich materials in high-energy-density, high-safety solid-state batteries.