? NO explosions, NO fires, and NO liquid leakage accidents over 200 million shipped cells.
? In-depth research on the basic principles of battery cell thermal runaway, high-safety separator selection, and automatically cut off the current under high temperature conditions.
? High safety structure design, precise pressure relief device.
? During the lfp battery cell manufacturing process, burrs and magnetic metal impurities are strictly controlled.
Lifepo4 battery cells have energy type, power type and high rate type, are suitable for lead-acid replacement, photovoltaic energy storage, residential energy storage, portable power supply, light vehicles, UPS of data center and other occasions.
?
LFP Battery VS Lithium Ion
Lifepo4 cylindrical cells generally refer?to a secondary battery (rechargeable battery) that rely?on lithium ions between the positive electrode and the negative electrode. During the charge and discharge process of lifepo4 cylindrical cells, Li + is built and deodded between two electrodes; LFP?battery cells?are?specifically referred to?lithium ion batteries?in lithium iron phosphate as a positive material, except for lithium iron phosphate batteries, the lifepo lithium battery also includes a lithium cobalt organte, a ternary battery, etc. In contrast, the?lifepo cell?energy density is slightly lower than the lithium cobaltate battery and the ternary battery, but has longer life, higher safety, no pollution, and low price, currently widely used in the new energy vehicle applications.
?
Lifepo4 cell voltage chart
Including charging maps and discharge maps, charging is charged with the given current to the battery, the lifepo4 cell voltage gradually increases as time goes by, after the upper limit voltage is reached, the charging is completed; the time or the charging capacity is an X-axis, voltage change value The chart made for the Y-axis is charging. The discharge is discharged by the given current, and the voltage gradually decreases as time goes by. After the lower limit voltage is reached, the discharge is completed; with the time or discharge capacity of the X-axis, the chart of the lfp cell voltage change value is the Y-axis is Discharge. In addition, during the process of charging and discharging of lifepo lithium battery, voltage variation is very gentle, which means a relatively stable discharge platform.
Model NO.
IFR26650-3800mAh
IFR26650-3600mAh
IFR26650-3400mAh
IFR26650-3300mAh
IFR26650-3000mAh(high Rate)
IFR26650-2500mAh(High Rate)
Nominal Voltage
3.2V
3.2V
3.2V
3.2V
3.2V
3.2V
Rated Capacity
3800mAh
3600mAh
3400mAh
3300mAh
3000mAh
2500mAh
Internal Resistance
≤20mΩ
≤20mΩ
≤20mΩ
≤20mΩ
≤10mΩ
≤6mΩ
Discharge Rate
1.3C
3C
3C
3C
10C
30C
Dimensions
26.3±0.2mm
26.3±0.2mm
26.3±0.2mm
26.3±0.2mm
26.3±0.2mm
26.3±0.2mm
Weight
88g
85g
85g
88g
85g
86g
Lifepo4 battery cells have energy type, power type and high rate type, are suitable for lead-acid replacement, photovoltaic energy storage, residential energy storage, portable power supply, light vehicles, UPS of data center and other occasions.
?
LFP Battery VS Lithium Ion
Lifepo4 cylindrical cells generally refer?to a secondary battery (rechargeable battery) that rely?on lithium ions between the positive electrode and the negative electrode. During the charge and discharge process of lifepo4 cylindrical cells, Li + is built and deodded between two electrodes; LFP?battery cells?are?specifically referred to?lithium ion batteries?in lithium iron phosphate as a positive material, except for lithium iron phosphate batteries, the lifepo lithium battery also includes a lithium cobalt organte, a ternary battery, etc. In contrast, the?lifepo cell?energy density is slightly lower than the lithium cobaltate battery and the ternary battery, but has longer life, higher safety, no pollution, and low price, currently widely used in the new energy vehicle applications.
?
Lifepo4 cell voltage chart
Including charging maps and discharge maps, charging is charged with the given current to the battery, the lifepo4 cell voltage gradually increases as time goes by, after the upper limit voltage is reached, the charging is completed; the time or the charging capacity is an X-axis, voltage change value The chart made for the Y-axis is charging. The discharge is discharged by the given current, and the voltage gradually decreases as time goes by. After the lower limit voltage is reached, the discharge is completed; with the time or discharge capacity of the X-axis, the chart of the lfp cell voltage change value is the Y-axis is Discharge. In addition, during the process of charging and discharging of lifepo lithium battery, voltage variation is very gentle, which means a relatively stable discharge platform.
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Cable Lee
Cable Lee