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Home Blog

The difference between ternary lithium battery and lithium iron phosphate battery

The difference between ternary lithium battery and lithium iron phosphate battery

2025-05-21

The difference between ternary lithium battery and lithium iron phosphate battery

Comparison Dimensions	Lithium Iron Phosphate	Ternary lithium
Security	High safety, good thermal stability, not easy to catch fire	Slightly less safe, prone to thermal runaway at high temperatures or impact
Battery life	Low energy density, short battery life	Higher energy density and longer battery life
Lifespan	Long cycle life, usually more than 2000 times	The cycle life is short, usually 1000-2000 times
Low temperature performance	The battery life attenuation is more obvious in low temperature environment	Good low temperature performance, suitable for cold areas
Charging speed	Slow charging speed	Fast charging speed
Cost	Low cost, suitable for economical vehicles	The cost is relatively high, mostly used in mid-to-high-end models
Applicable scenarios	Suitable for short-distance commuting, commercial vehicles and scenarios with high safety requirements	Suitable for passenger cars with high requirements for endurance and use in cold areas
Unknown	More suitable for mass economical electric vehicles or public transportation that focus on safety, life-saving and economical.	Suitable for users who pursue long battery life, fast charging and good low temperature performance, especially suitable for cold regions and mid-to-high-end models

Blog Details

Home Blog

The difference between ternary lithium battery and lithium iron phosphate battery

The difference between ternary lithium battery and lithium iron phosphate battery

The difference between ternary lithium battery and lithium iron phosphate battery

Comparison Dimensions	Lithium Iron Phosphate	Ternary lithium
Security	High safety, good thermal stability, not easy to catch fire	Slightly less safe, prone to thermal runaway at high temperatures or impact
Battery life	Low energy density, short battery life	Higher energy density and longer battery life
Lifespan	Long cycle life, usually more than 2000 times	The cycle life is short, usually 1000-2000 times
Low temperature performance	The battery life attenuation is more obvious in low temperature environment	Good low temperature performance, suitable for cold areas
Charging speed	Slow charging speed	Fast charging speed
Cost	Low cost, suitable for economical vehicles	The cost is relatively high, mostly used in mid-to-high-end models
Applicable scenarios	Suitable for short-distance commuting, commercial vehicles and scenarios with high safety requirements	Suitable for passenger cars with high requirements for endurance and use in cold areas
Unknown	More suitable for mass economical electric vehicles or public transportation that focus on safety, life-saving and economical.	Suitable for users who pursue long battery life, fast charging and good low temperature performance, especially suitable for cold regions and mid-to-high-end models