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Combining equipment development experience and mastering key technologies, we take the global leading position in LMFP cathode materials
Cathode materials play a key role in electric vehicles and energy storage systems. The common NCM and LFP on the market have their own advantages and disadvantages. The characteristics of LMFP can combine the advantages of both materials and are the key material that determines future success or failure.
Cathode materials play a key role in electric vehicles and energy storage systems.
Cathode materials play a key role in electric vehicles and energy storage systems.
Reduce battery cost by 15%-25%
Improve battery safety and mix ternary
Improve battery safety and mix ternary
Inexpensive and Non-rare earth metal components
Reduce battery cost by 15%-25%
Cathode materials play a key role in electric vehicles and energy storage systems.
Cathode materials play a key role in electric vehicles and energy storage systems.
Cathode materials play a key role in electric vehicles and energy storage systems.
Apply for multi-national patents and gain a competitive advantage
It has been researched and developed for nearly ten years, and the technological development has reached mature standards
Apply for multi-national patents and gain a competitive advantage
Apply for multi-national patents and gain a competitive advantage
The cycle of pure LMFP cell shows 5,000 cycles at 1C cycling. By blending NCM/LMFP, the cycle life has greatly increase by 50%
Compared with the LFP battery, the NMC battery has a high energy density, so it has a longer endurance and better low temperature performance. However, NMC react faster than LFP in the event of fire. For buses with more passengers in general, it takes longer time to evacuate. Once an accident occurs, it may cause serious consequences.
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