A 2.85 V prismatic sodium-ion cell rated 110 Ah, with higher energy density than the 100 Ah cell for the same footprint.
02Overview
Product · Technical data
Sodium-Ion Prismatic Cell 110 Ah (54173204-110Ah)
A 2.85 V prismatic sodium-ion cell rated 110 Ah, with higher energy density than the 100 Ah cell for the same footprint.
Model-specific price, datasheet and lead time. Engineering reply within one business day.
Specification
Brochure data
- Battery type
- Sodium-ion (prismatic, aluminium shell)
- Model
- 54173204-110Ah
- Nominal voltage
- 2.85 V
- Nominal capacity
- 110 Ah
- Rated current
- 0.5C (55 A)
- Dimensions
- 54 × 173 × 204 mm (T × W × H)
Preliminary figures from the current brochure. Final configuration and performance are confirmed in the quotation.
03Key features
-
Configuration attributes
- Available configurations include: 110 Ah, Sodium-ion, Prismatic.
-
Specified against the duty cycle
- Cell and plate selection matched to the real operating profile.
- Capacity and autonomy sized to the load, not to a catalogue average.
-
Batch control
- Incoming material control and in-process inspection on every batch.
- Traceability from plate casting through to packing.
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End-of-line testing
- Electrical testing before packing, with results available on request.
04Specification
| Parameter | Value |
|---|---|
| Battery type | Sodium-ion (prismatic, aluminium shell) |
| Model | 54173204-110Ah |
| Nominal voltage | 2.85 V |
| Nominal capacity | 110 Ah |
| Rated current | 0.5C (55 A) |
| Dimensions | 54 × 173 × 204 mm (T × W × H) |
| Weight | 3.3 kg ±0.1 kg |
| Maximum charging voltage | 3.4 V |
| Minimum discharge voltage | 1.5 V |
| Maximum continuous charge current | 2C (15 – 45 °C, cut-off 3.2 V) |
| Maximum continuous discharge current | 3C (0 – 60 °C) |
| Maximum pulse charge current | 3C (10 s, ≤80% SOC) |
| Maximum pulse discharge current | 8C (5 s, ≥30% SOC) |
| Energy density, mass | ≥ 95.0 Wh/kg |
| Energy density, volume | ≥ 164.5 Wh/L |
| AC internal resistance | < 0.40 mΩ (fresh cell) |
| Monthly self-discharge | ≤ 5% per month |
| Cycle fading | ≤ 3% over 150 cycles (25 ±2 °C, 300 ±30 kgf preload) |
| Rest SOC | ≥ 5% SOC |
| Storage temperature | -20 – 45 °C (≤ 1 month) · 20 – 35 °C (≤ 6 months) |
| Operating altitude | ≤ 2000 m |
| Company certification | ISO 9001 · ISO 14001 · ISO 45001 |
Figures are taken from the current AllGrand product brochure. Specifications are indicative and may be revised without notice — confirm with our engineers before ordering.
Applications & selection
Compare sodium-ion cells against the full system requirement
Typical fit
- Commercial battery modules and packs
- Energy-storage system integration
- High-power and long-duration battery designs
Confirm before quotation
- Required energy, power and usable voltage window
- Continuous and peak C-rate
- BMS, thermal design and mechanical constraints
Engineering guides
Battery storage RFQ checklist Use the same technical inputs our engineers need to price and configure a system. Commercial BESS sizing checks Turn load data, usable energy, C-rate and site constraints into a defensible specification. Supplier due diligence questions Compare scope, interfaces, test evidence, guarantees and service assumptions.
Send the load and installation details for a model-specific answer.
Our engineering team normally replies within one business day.
06Downloads
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