CATHODE:On the basis of LFP, activated carbon material is introduced to improve the power characteristics and low-temperature charge discharge capacity.
Anode:Some artificial graphite is replaced by hard carbon with capacitive characteristics, which greatly improves the cycle life and power characteristics, and enables the cell to realize low-temperature high rate charging.
Separator:Cellulose diaphragm is used to ensure the safety of the cell in extreme cases such as thermal runaway.
CATHODE:LFP,bad performance at low temperature and Power.
ANODE:Artificial graphite, poor electrochemical reaction kinetics, large expansion coefficient during charging and discharging, and poor cycle life.
SEPARATOR:PE/PP polymer, poor thermal stability leads to poor safety of the cell.
CATHODE:Activated carbon, which stores energy by adsorption and desorption of anions, has good power performance, but low gram capacity.ANODE:Activated carbon.
SEPARATOR:Cellulose membrane, good thermal stability, no thermal shrinkage.