3V 50Ah Na battery supplier Sodium-ion Battery Cells best for
storage energy
3V 50Ah Na battery details:
1. Diameter*Height: 148*102*40mm
2. Nominal Voltage: 3V
3. Nominal Capacity: 150Wh
4. Cycle life: 4000 cycles
5. Standard charging ways: CC / CV
6. Li-ion / Lithium Ion rechargeable Na battery
7. CE , UL ,UN38.3 , MSDS compliant
3V 50Ah Sodium-ion Battery battery Specifications:
Product Name | 3V 50Ah Sodium-ion Battery Cell |
Nominal Voltage | 3V |
Nominal capacity | 50AH |
Min capacity | 50AH |
Nominal energy | 150WH |
Dimension(L*W*H, MM) | 148*102*40mm |
weight | 1.2KG |
Material | Na sodium-ion |
End Of Charge Voltage | 3.9V |
End Of Discharge Voltage | 1.5V |
Continuous charge current | 50A |
Continuous discharge current | 50A |
Max pulse discharge current | 150A |
Internal resistance | 0.6mΩ |
Operating temperature(charge) | -30°C ~ 55°C |
Operating temperature(discharge) | -30°C ~ 55°C |
Storage temperature | -40°C ~ 60°C |
Cycle lfe(25°C@50%DOD,0.2C) | 6000 times |
Cycle lfe(25°C@80%DOD,0.2C) | 4000 times |
Cycle lfe(25°C@100%DOD,1C) | 2000 times |
Certifications | UL/CE/UN38.3/MSDS |
3V 50Ah Sodium-ion Battery battery Description:
Sodium batteries, as an alternative to lithium batteries, possess
several distinctive characteristics.
Firstly, sodium is more abundant and widely available than lithium,
making it a cost-effective option for large-scale energy storage
applications. Additionally, sodium batteries are considered safer
due to their lower risk of thermal runaway and reduced
susceptibility to dendrite formation.
Compared to lithium batteries, sodium batteries offer certain
advantages. They have a higher energy density, enabling them to
store more energy per unit volume or weight. Sodium batteries also
exhibit better performance at high temperatures, making them
suitable for applications in hot climates or demanding
environments. Moreover, sodium batteries have a longer cycle life,
meaning they can endure a greater number of charge-discharge cycles
without significant capacity degradation.
In terms of application scope, sodium batteries are well-suited for
grid-level energy storage systems, where their cost-effectiveness
and scalability are highly advantageous. They can also be utilized
in renewable energy integration, electric vehicles, and off-grid
power systems, contributing to the transition towards clean and
sustainable energy solutions.
Looking ahead, the future development of sodium batteries is
promising. Ongoing research focuses on enhancing their energy
density, further improving safety features, and optimizing
manufacturing processes to reduce costs. With continued
advancements, sodium batteries are expected to play a crucial role
in supporting the growth of renewable energy, enabling efficient
energy storage, and driving the electrification of transportation.
3V 50Ah Sodium-ion Battery battery Products Details :
3V 50Ah Sodium-ion Battery battery Applications:
Sodium batteries have a wide range of applications in the field of
energy storage. Here is a detailed description of sodium battery
applications in different energy storage scenarios:
Renewable energy integration: Sodium batteries can effectively
integrate renewable energy sources such as solar and wind power. By
converting solar or wind energy into electricity and storing it in
sodium batteries, we can provide stable power supply when solar or
wind energy is not available. This helps to solve the intermittency
problem of renewable energy and promote the sustainable development
of clean energy.
Electric vehicles: Sodium batteries are also seen as a potential
technology in the field of electric vehicles. Compared to lithium
batteries, sodium batteries have a higher energy density, which
means that electric vehicles can travel longer distances on a
single charge. In addition, sodium batteries have better thermal
stability and can provide more reliable performance in
high-temperature environments.
Remote areas and off-grid systems: Due to the cost advantages and
reliability of sodium batteries, they are widely used in remote
areas and off-grid systems. These systems can provide stable power
supply for areas without reliable grid access, meeting people's
basic electricity needs.
In the future, with the continuous development of sodium battery
technology, its application in the field of energy storage is
expected to further expand. Researchers are working hard to improve
the energy density of sodium batteries, reduce costs, and improve
safety performance. This will promote the widespread use of sodium
batteries in the field of energy storage, and promote the
transition to clean energy and sustainable development.
