Sodium-ion cylindrical battery cell designed for compact energy storage and backup power systems.
≥ 2,000 cycles under standard operating conditions.
Sodium-ion chemistry with high thermal stability and intrinsic safety.
Stable performance and good consistency for module and pack integration.
| Item | Parameter | Remarks |
|---|---|---|
| Rated Capacity | 10 Ah | Standard Discharge |
| Nominal Voltage | 3.0 V | Sodium-ion Typical |
| Rated Energy | ≈30 Wh | Nominal Condition |
| Cell Weight | ≈255 g | Typical |
| Mass Energy Density | ≥120 Wh/kg | Typical Value |
| Cell Dimensions | Ø33.2 × 140.2 mm | Cylindrical Cell |
| Internal Resistance | ≈2.5 mΩ | @1 kHz, 25°C |
| Charging Temperature | 0~55°C | / |
| Discharging Temperature | -40~55°C | / |
| Voltage Range | 1.5~3.95 V | Operating Window |
Note: Specifications are typical values under standard test conditions and may vary depending on application and operating environment.
Standard cylindrical format with terminal options for module and pack integration.
The label shown is for reference only. Actual products may only include essential identification markings.
Due to its unique properties, our NMC battery cell is widely used in fields requiring high energy density and strong power output:
Delivers the high energy density for maximum flight endurance and the high C-rate power for demanding drone payloads.
Our cells meet both BEV demands for maximum range (high energy density) and HEV needs for instant power and regeneration (high C-rate).
Powered by superior energy density, our cells deliver greater power and extended range for high-performance electric yachts and hydrofoils.
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.
