Sodium Ion Battery
Yes
Na-Ion
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Mica 3V 3.1V 10Ah Sodium-Ion SIB Rechargeable Battery Cell Sodium Ion Batteries Na ion Battery Customize Battery Pack 32140 18650 33140 26650 26700 for solar
Specification
| Type | sodium ion battery |
| Configuration | 1S1P |
| Brand | OEM/ODM |
| Nominal Voltage | 3.0V |
| Nominal capacity | 10Ah |
| working voltage | 2V-4V |
| Max discharge current | 1C-3C(customized) |
| Operation Temperature | Charge:-10ºC-45ºC Discharge:-20ºC-60ºC |
| Weight | 269g |
| Cycle life | >3000 cycles |




Customized logo
we can also customize your own logo
Why choose us?
We are a battery manufacturer with 15 years' experience in rechargeable batteries.Our company has independent R&D and production capabilities in key links, which can provide customers with professional solutions and services of energy system and lithium battery. Our products are widely used in lead-acid replacement, household energy storage system, industry, data center, 5G, UPS, low-speed EV, portable power station and so on.






Q1: Can we get samples for test?
A: Yes, we can supply samples, and buyer pay for sample cost and shipping cost.
Q2: What is the MOQ ?
A: We can accept < 50pcs for trial order.
Q3: Can you accept OEM and ODM Service?
A: Yes.
Q4: What about the lead time?
A: Sample needs ~2wks , mass production time needs 2wks-4wks.
Q5: How do I track my shipment?
A: After we deliver your goods, we will send you the tracking No. once your goods has been shipped.
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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