Impedance Resistance
0.3mΩ
Standard Charge Cut-off Voltag
3.65V
Standard Discharge Cut-off Vol
2.5V
Continuous Charge/Discharge Cu
1C/1C
Pulse Discharge Current
2C/3C
Recommended SOC Window
10%~90%
Charging Working Temperature
0℃~55℃
Discharging Working Temperatur
-20℃~55℃
Short Term Storage Temperature
-40℃~45℃
Long Term Storage Temperature
-20℃~35℃
Cell Dimension (L*W*H)
175*37*174mm
CALB (Zhong Hang) is the world's leading new energy technology enterprise, committed to becoming an energy value creator, providing the most valuable power and energy storage battery product solutions and high-quality energy storage battery products for the world's outstanding automobile companies, energy storage and special application markets. New energy full life cycle services. Taking "long life, high energy density, high safety, full climate, standardization, and strong scalability" as the core product competitiveness, it fully covers the fields of pure electric buses, commuter vehicles, logistics vehicles, construction machinery, etc., and has a wide range of models. It is applied to multiple application scenarios such as high temperature and high humidity, remote plateau, high cold and low pressure, and the delivery volume is industry-leading. Taking "high safety, long life, high economic efficiency, and high integration rate" as the core product competitiveness, we provide customers with energy storage integrated system services that meet various needs, fully covering power generation side wind and solar storage, grid side peak regulation and frequency regulation, user Application fields such as side shaving peak and valley filling, backup power supply and marine energy storage. As the first batch of energy storage demonstration projects in the country, the energy storage products delivered by AVIC Lithium have been widely used in various scenarios such as offshore islands, remote plateaus, high cold and low pressure, and the total installed capacity of energy storage projects leads the industry.
CALB 3.2V 125Ah LiFePO4 Battery Cell