Sodium
Yes
5 Years
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Product Description
Sodium-Ion Battery is an advanced alternative to traditional lithium and lead-acid batteries. Designed for renewable energy storage, backup power, and electric vehicles, it offers stable performance with a reduced environmental impact. This battery provides a reliable 12V power supply, making it perfect for off-grid systems, solar storage, and portable energy applications.
| Items | Parameter | |
| Battery model | MC-SIB1240-H | |
| Nominal voltage | 12V | |
| Minimum capacity | 40Ah@25ºC | |
| Charging voltage | 16V | |
| Discharging cut-off voltage | 8V | |
| Standard charging | 0.2C /16V | |
| Max charging | 1.0C /8V | |
| Standard discharging | 1C/8V | |
| Max discharging | continuous discharge | 40A/8V |
| peak discharge | 640A/8V | |
| Standard Charging mode | CC/CV | |
| Operating temperature | Charging: -10°C ~ 45°C | |
| Discharging: -40°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 | |

To better ensure the safety of your goods, professional, environmentally friendly, convenient and efficient packaging services will be provided. As the 2026 Canton Fair brings together global buyers, distributors, manufacturers, and technology partners in Guangzhou, MICA POWER is pleased to meet customers and industry professionals to discuss the future of battery technology and energy storage.For MICA POWER, sodium-ion technology is not si
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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