Sodium-ion battery is a new type of renewable energy storage technology with the advantages of high energy density & low cost, so it has a broad application prospect in the future energy field. So let's see how YULI Energy's first-generation sodium-ion cells compare to LFP cells.

Energy Density:

YULI LFP batteries deliver higher energy density, packing more power capacity per cell volume. This enables compact system sizes.

Fast Charging:

YULI 1^st-gen sodium-ion chemistry allows rapid charging in under an hour, minimizing downtime. So we can see, LFP charges faster than lead-acid but slower than sodium-ion.

Low Temperature Performance:

After experimental testing found that YULI 1^st-gen Sodium-ion batteries retain over 90% of their capacity even in freezing conditions below -4°F/-20°C. This cold weather tolerance exceeds LFP capabilities.

Lifespan:

Both YULI 1^st-gen sodium-ion and YULI LFP chemistries achieve outstanding lifespans over 6,000 cycles, lasting over 10 years under typical home usage.

System Integration

YULI 1^st-gen Sodium-ion's cathode material simplifies integration with power controls, inverters and renewable system pairing while LFP requires more advanced battery management.

Safety:

YULI 1^st-gen Sodium-ion and YULI LFP solutions have passed rigorous safety tests in extreme environments, and their safety performance has been outstanding.

YULI Cell Testing Laboratory

We firmly believe that the promotion of sodium-ion batteries will lead the entire energy industry and are committed to developing the next generation of sodium-ion battery technology.

When put into mass production, sodium-ion batteries will be able to save at least 30% of the cost and can be used in more extreme environments.

Contact us today to explore the ideal solutions for your needs! Please let me know if you would like any further information on comparing sodium-ion & LFP batteries. I'm happy to expand the explanations as needed.