Battery type | 25.6V 10Ah Lifepo4 battery | |
1 | Nominal Voltage(V): | 25.6V |
2 | Voltage Range(V): | 20~29.2V |
3 | Nominal Capacity(Ah): | 10AH |
4 | Max. Charge Current(A): | 1C |
5 | Max. Continuous Discharge Current(A): | 1C |
6 | Peak Discharge Current(A): | 2C |
7 | Cycle Life(Times): | Over 2000times |
8 | Charge way: | CC/CV |
9 | Dimension(L*W*H): | Customized |
10 | Working Temperature: | Charge: 0℃~45℃ Discharge: -20℃~60℃ Storage: -20℃~45℃ |
Our life cycle tests for our lifepo4 battery:
Package
DESCRIPTION | QUANTITY/CTN | PACKAGE | GROSS WEIGHT | NET WEIGHT | DIMS(m³) |
(PCS) | CARTONS SIZE(MM) | (KG) | (KG) | ||
25.6V10AH LiFePo4 Battery | 5 | 460*250*220 | 15 | 14 | 0.03 |
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The comparison between LFP and NCM
Items | LiFePO4 Battery | LiNiCoMnO2 Battery(NCM) |
Nominal Voltage | 3.2V | 3.7V |
Discharging Rate | ≤10C
| ≤5C |
Safety | Much more safe at high temperature, or in an accident, no explosion, no fire, successfully pass the safety test | Less safety performance at high temperature, or in an accident. difficult to pass the safety test, such as nail penetration test |
Working Temperature | -20-70℃. | -20-55℃. |
Cycle Performance | More than 4000 cycles at 1C, 80%DOD. The EOL is still 100% after 500 cycles | About 1500 cycles at 1C, 80%DOD. The EOL is below 98% after 500 cycles |
Stability | The Olivine type crystal structure is the most stable one, and not decompose in high temperature | The Layer type crystal structure is less stable, easy to decompose and collapse |
Material | Does not contain any heavy metals and rare metals, raw material can be easily obtained | Co is rare metal, and very limit resource on the globe |