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The 684Ah LiFePO4 battery cell employs advanced stacking technology, achieving a volumetric energy density exceeding 440 Wh/L, outperforming similar products. It integrates a "thermal-electric separation" design with a 3D cooling structure, optimizing thermal management to boost operational safety and long-term reliability. With a lifespan of over 20 years, it supports sustained operations and fits various container sizes, including 10-foot, 20-foot, and 30-foot options. Its high energy density and ease of maintenance lower the levelized cost of electricity by 8% compared to conventional approaches, speeding up project deployment and improving economic returns.
| Terms | Specification |
|---|---|
| cell type | The prismatic battery with high capacity |
| nominal capacity (0.25P) | 684Ah |
| nominal energy (0.25P) | 2188.8Wh |
| nominal voltage (0.25P) | 3.2 V |
| cell weight | 11.12±0.15 Kg |
| Cut-off Voltage | 3.65 V |
| End-of-Voltage | 2.5 V, T>0¡æ |
| 2.0 V, T<0¡æ | |
| standard charge power | 0.25P |
| max continuous charge power | 0.25P |
| standard discharge | 0.25P |
| max continuous discharge power | 0.25P |
| Impedance | ≤ 0.2mΩ |
| charge temperature | 0¡æ~ 60¡æ |
| discharge | -30¡æ~ 60¡æ |
| storage temperature | -40¡æ~ 60¡æ |
| the optimum working temperature | 25¡æ~ 35¡æ |
| residual capacity loss (the first 3 months at BOL state) | ≤2% per month |
| Typical dimension£¨W*H*T£© | Width: 501.5±0.50 mm Height: 175.5±0.50 mm Thickness: 55.5±0.50 mm |
Utility-scale Energy Storage Systems / Commercial & Industrial Energy Storage Systems / Residential Energy Storage Systems

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