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Sodium-Ion Prismatic Cell 110 Ah, Low-Temperature

The 110 Ah sodium-ion cell in its low-temperature grade: ≥90% of rated capacity at -20 °C and charge capability down to -20 °C.

Model-specific price, datasheet and lead time. Engineering reply within one business day.

Specification Brochure data
Battery type
Sodium-ion, low-temperature grade (prismatic, aluminium shell)
Model
54173204-110Ah (low temperature)
Nominal voltage
2.85 V
Nominal capacity
110 Ah
Rated current
0.5C (51 A)
Low-temperature discharge capacity
≥ 90% of rated capacity at -20 °C (0.5C discharge)

Preliminary figures from the current brochure. Final configuration and performance are confirmed in the quotation.

02Overview

Sodium-Ion Prismatic Cell 110 Ah (54173204-110Ah) — AllGrand product photograph 1

The 110 Ah sodium-ion cell in its low-temperature grade: ≥90% of rated capacity at -20 °C and charge capability down to -20 °C.

03Key features

  • Configuration attributes
    • Available configurations include: 110 Ah, Sodium-ion, Low temperature.
  • 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.
  • End-of-line testing
    • Electrical testing before packing, with results available on request.

04Specification

Sodium-Ion Prismatic Cell 110 Ah, Low-Temperature — specification
Parameter Value
Battery type Sodium-ion, low-temperature grade (prismatic, aluminium shell)
Model 54173204-110Ah (low temperature)
Nominal voltage 2.85 V
Nominal capacity 110 Ah
Rated current 0.5C (51 A)
Low-temperature discharge capacity ≥ 90% of rated capacity at -20 °C (0.5C discharge)
Low-temperature charge 0.1C at -20 °C to 3.4 V, then constant voltage to 0.05C
Low-temperature first-cycle capacity 80% of rated capacity
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
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
  • Low-temperature charging and discharge limits
  • 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.

Let's build the right energy solution.

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