Optimal lithium-ion battery solution for LEV

Combining strength
Phylion S7" series, integrating advantages of three mainstream materials of LMO/LFP/NCM;
exploring a unique route of power lithium-ion battery material
and improving comprehensive performance with the usage of "CA" material.
Long cycle life
Cycle life of cell ≥2600 cycles @ambient temperature
2600
Cycle life
30%
Improve
Cycle life
2600
Lower temperature resistance
Run safely @-20 ℃ with discharge rate ≥90%.
90%
3.7-3.75V high voltage plateau
Keeping the high voltage platform of LMO
Enabling more power under both ambient and low temperature
No capacity attenuation after long storage
Excellent performance of charge retention & recovery
Capacity can recover near 100% after 28 days storage
99%
Capacity recovery
10%
Improve
*No capacity attenuation means the lose of capacity is less than 0.9%
10%
High temperature resistance
Cycle life of cell ≥1250 cycles @45℃
1250
Cycle life
25%
Improve
25%
High temperature resistance
99% capacity discharged @55℃
99%
Capacity recovery
14%
Improve
Cost effectiveness
lower cost of material + 17 years' experience in manufacturing + large scale production
17
years' experience in manufacturing
30%
more cost effective
Six security systems
Safer raw materials
Multiple layers of safety
21 processes
Rigorous testing
MATERIAL
CELL
CERTIFICATION
BMS
CHARGER
PACK
Higher energy density
Energy density close to NCM, far better than traditional LMO and LFP
Energy density close to NCM,
far better than traditional LMO and LFP

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