40140 Sodium-ion Battery 3.0V 3.1V 15Ah Cold-resistant powerful
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Sodium-ion batteries excel in preserving steady cycling efficiency
across a wide variety of temperatures, from intense cold to high
heat. This characteristic guarantees uninterrupted energy supply,
generating them highly suitable for diverse climates and
environments. No matter if in frigid winter conditions or scorching
hot environments, sodium-ion batteries reliably provide consistent
efficiency, supplying a reliable energy storage resolution for
different applications.
Specification:
Battery type | 40140 Sodium-ion battery |
Model | S40140RL-15Ah |
Norminal voltage | 3.1V |
Nominal capacity | 15Ah |
Overcharge voltage | 3.95V |
Over-discharge voltage | 1.5V |
Discharge rate | 3C |
Cycle Life | ≥4000 cycles |
AC internal resistance | 1.5±0.3mΩ |
Charging temperature | -10 ~ 60℃ |
Discharging temperature | -40 ~ 80℃ |
Storage temperature / 3 month | -40 ~ 35℃ |
Storage temperature / 6 months | -10 ~ 25℃ |
Diameter | D40±0.2mm |
Height | H140±0.2mm |
Weight | 390±1.0g |
Low self-discharge
Comparison of Three Batteries
Features of Sodium-ion battery:
1. Super Safe
2. Best low-temperature performance
3. High energy density
4. Cost-effective and economical
5. Enhanced electrochemical kinetics
6. Improved power density
Application of Sodium-ion battery:
- Electric motorcycles
- Home energy storage
- Uninterruptible Power Supply (UPS)
- Power tools
- Electric wheelchairs
- Electric lawnmowers
Product advantages of Sodium-ion battery:
Sodium-ion batteries present a cost-effective option to lithium-ion
batteries as a result of the abundance and reduce price of sodium
sources. This affordability opens up opportunities for large-scale
power storage projects and renewable power integration.
Additionally, sodium is widely obtainable globally, minimizing
dependency on restricted lithium reserves.
These batteries boast a wide operating temperature range,
generating them suitable for diverse climates and environments.
From intense cold to higher heat, sodium-ion batteries retain
reliable functionality, making sure continuous energy supply.
Security is of utmost value, and sodium-ion batteries address this
concern. They exhibit much better thermal stability in comparison
with lithium-ion batteries, minimizing the risk of thermal runaway
events. Consequently, they're significantly less prone to catching
fire or exploding, ensuring enhanced safety in various
applications.
Furthermore, sodium-ion batteries present competitive energy
densities, even though slightly reduce than lithium-ion batteries.
Nonetheless, their steady cycling performance and capacity
retention over extended usage make them suitable for certain
applications like grid-level energy storage.
Additionally, sodium-ion batteries are environmentally friendly, as
they don't depend on damaging heavy metals like cobalt, which is
frequently employed in some lithium-ion batteries. This reduces
their environmental influence and aligns with sustainability
ambitions.
In conclusion, sodium-ion batteries exhibit various benefits, like
cost-effectiveness, wide operating temperature variety, enhanced
security, competitive energy densities, and eco-friendliness. As
technologies continues to advance, sodium-ion batteries have the
potential to revolutionize energy storage and contribute to a
greener and more sustainable future.
Technical Parameters:
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