Description:
Product Name: CALB 3.2V 125AH L73F125B Battery Shell Material:Al Rated capacity:CALB 125Ah Internal impedance:0.2~0.5mΩ Nominal voltage:3.2V Dimensions(L*W*H):174*178*36mm Weight:2.45±0.10kg Screw size: M6 Recommend Constant Current:125A(1C) End-of-Discharge Voltage:2.5V Recommend Constant Current:62.5A(0.5C) Charge Voltage:3.65V Maximum Pulse Discharging Current:250A(3min) Maximum Pulse Discharging Current:375A(30S) Charge Voltage:3.65V Max Continuous Discharge Current:125A(1C) Cycle life (80%DOD):>3500 cycles Charging Temperature:-5~60°C Discharging Temperature:-30~60°CCell Dimensions:
Applications:
Transportation: EV, PHEV,BEV Energy Storage : Base station, UPS, Photovoltaic power generation, Wind power generation Household: DIY power supplyCALB 125AH L173F125B Test Result:
NOTE: CALB original A grade battery, including 《QC》&《Test Report》&《Test Data》&《Packing List》. Users can check battery information QR code.
More infomation for CALB 125AH battery , Please see CALB 125AH datasheet
Our team has been engaged in lithium battery production and research and development since 2011. We only supply High Quality A Grade CALB 125AH L173F125B lifepo4 batteries. If you need more CALB L173F125B battery information, please contact us :anne@cmpow.cn
CALB 125Ah L173F125B – Next-Gen Energy Solution
CALB has engineered the 125Ah L173F125B LiFePO4 cell with performance under consideration, making its design the latest advancement in lithium battery technology. With an exceptional energy density of 165Wh/kg, this prismatic cell is strong and lightweight, making it perfect for use in electric vehicles, industrial uses, as well as solar and electric storage.
Versatile Usage Systems
This battery will satisfy your needs, whether you're designing an EV (electric vehicle) battery pack or constructing a solar energy bank. The L173F125B variant preserves remarkable thermal conductivity along with low internal resistance, and extends cycle life, thus guaranteeing dependable energy supply, even with high power draws or under frequent charge-discharge cycles.



