Sodium Ion Battery
Series and Parallel
Chargeable
Medium Discharge Rate
Medium
Battery
| Availability: | |
|---|---|
*Connecting terminal
*Connecting line
*instruction manual
*Packing in corrugated boxes
Common customization:
Battery screen display
Bluetooth detection system
Low temperature heating module
Battery size customization
Module structure customization
Air vent valve/air interface and other opening customization
Packaging/Logo customization
| Items | Parameter | |
| Battery model | MC-SIB12100P | |
| Nominal voltage | 12.1V | |
| Minimum capacity | 100Ah@25ºC,C10 | |
| Charging voltage | 16V | |
| Discharging cut-off voltage | 8V | |
| Standard charging | 0.2C /14.4V | |
| Max charging | 1.0C /14.4V | |
| Standard discharging | 1C/8V | |
| Max discharging | continuous discharge | 1.0C/8V |
| non-continuous discharge | 2.0C/8V | |
| Operation voltage | 8~16V | |
| Operating temperature | Charging: 0°C ~ 45°C | |
| Discharging: -30°C ~60°C | ||
| Storage (At 50% SOC and specified temp, recoverable capacity in % vs time ) | -10ºC~25ºC | (12 months ≥85% ) |
| -10ºC ~45ºC | (6 months ≥85% ) | |
| -10ºC~55ºC | (1 month ≥90% ) | |
| 20±5ºC is the recommended storage temperature | ||
| Visual Inspection | There should not be any remarkable scratches, cracks, bolts, cauterization, deformations, swelling, leakage and so on the surface of the cell. | |
| Self-discharge Rate | <2% per month | |

Why choose us

Compare sodium-ion vs lithium-ion batteries, including energy density, low-temperature performance, cost, safety, cycle life, supply chain and applications.
A sodium-ion battery is a rechargeable battery that uses sodium ions as charge carriers instead of lithium ions. This practical guide explains how sodium-ion batteries work, their main components, advantages and limitations, and how they compare with lithium-ion batteries in energy density, low-temperature performance, cost, supply-chain considerations, and manufacturing maturity. It also explores potential applications in solar and energy storage systems, backup power, low-temperature environments, electric vehicles, and compact battery packs, while explaining why sodium-ion technology should be viewed as a complementary battery chemistry rather than a universal replacement for lithium-ion.
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