High-capacity blade LiFePO₄ cell with 3.2V nominal voltage, engineered for energy storage systems and industrial power applications.
Supports stable charge and discharge currents, providing dependable performance under dynamic load and high-demand operational conditions.
Integrated pressure relief and short-circuit protection with thermally stable LiFePO₄ chemistry ensure safe and reliable operation in all environments.
Low internal resistance and consistent cell performance enable smooth module and pack assembly for energy storage and industrial systems.
| Item | Parameter | Remarks |
|---|---|---|
| Rated Capacity | 184 Ah | Standard Discharge |
| Rated Voltage | 3.2 V | LiFePO₄ Typical |
| Rated Energy | ≈588 Wh | Standard Discharge |
| Cell Weight | ≈3.37 kg | Typical |
| Mass Energy Density | ≈175 Wh/kg | Standard Discharge |
| Cell Dimensions | 574 × 118 × 21 mm | Blade Cell (L×W×H) |
| Alternating Current Resistance (ACR) | ≤0.45 mΩ | 30% SOC, Room Temp, AC Impedance, 1000 Hz |
| Charging Temperature | 0~55°C | / |
| Discharging Temperature | -30~60°C | / |
| Storage Temperature | -20~45°C | / |
| Voltage Range | 2.0~3.65 V | Standard Operating Window |
Note: The above specifications are based on public datasheet references and typical test conditions. For module or pack design, please refer to the official SVOLT 184 datasheet or supplier-confirmed technical documentation to verify operating limits and current ratings.
High-capacity 184Ah blade LiFePO₄ cell with standardized terminals, optimized for energy storage systems and industrial module/pack integration.
The label shown on the battery cell is for visual demonstration only. The actual product may only include essential identification markings.
Due to its unique properties, our LFP battery cell is widely used in fields requiring ultra-high power and long life:
Meets the fast charge and discharge needs of buses for rapid energy replenishment.
Used for grid peak shaving and frequency regulation to enhance stability.
Efficiently integrates wind and solar energy to ensure a stable power supply.
Provides efficient energy for automated equipment and mobile robots.
Our products undergo strict testing and comply with multiple international standards to ensure quality and safety.
*Certification status may vary depending on region or project requirements. Relevant test reports or assistance for market-specific certification can be provided upon request.
