The working mechanism of sodium-ion batteries enables them to maintain good cycling characteristics after multiple charges and discharges.
- Product Details
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Quick Details
-
Model Number:
-
Rubri 100
-
Place of Origin:
-
Anhui, China
-
Weight:
-
275g
-
Operating Temperature[°C]:
-
-40℃-70℃
-
Nominal capacity:
-
10Ah
-
Nominal voltage:
-
3v
-
Ac internal resistance:
-
≤3mΩ
-
Dc internal resistance:
-
≤10mΩ
-
Battery weight:
-
275g
-
Battery dimension:
-
Diameter: 33.2±0.2 Height: 140±0.3
-
Standard continuous charging current:
-
5000mA
-
Standard continuous discharge current:
-
5000mA
-
Maximum continuous charging current:
-
30000mA
-
Maximum continuous discharge current:
-
30000mA
Quick Details
-
Battery Size:
-
100ah
-
Battery Capacity:
-
100Ah
-
Brand Name:
-
Rubri
-
Model Number:
-
Rubri 100
-
Place of Origin:
-
Anhui, China
-
Weight:
-
275g
-
Operating Temperature[°C]:
-
-40℃-70℃
-
Nominal capacity:
-
10Ah
-
Nominal voltage:
-
3v
-
Ac internal resistance:
-
≤3mΩ
-
Dc internal resistance:
-
≤10mΩ
-
Battery weight:
-
275g
-
Battery dimension:
-
Diameter: 33.2±0.2 Height: 140±0.3
-
Standard continuous charging current:
-
5000mA
-
Standard continuous discharge current:
-
5000mA
-
Maximum continuous charging current:
-
30000mA
-
Maximum continuous discharge current:
-
30000mA
Products Description
Sodium-ion Battery
Sodium-ion batteries mainly rely on the embedding and removal of sodium ions between the positive and negative electrodes to achieve the charge and discharge process.
Specifications
|
Nominal capacity
|
Nominal voltage
|
Rated voltage
|
Cycle number
|
Energy density
|
Internal resistance
|
|
15Ah
|
3V
|
|
≥3000 cycles
|
117Wh/kg；255Wh/L
|
|
|
17.5Ah
|
3V
|
|
≥3000 cycles
|
121Wh/kg；261Wh/L
|
|
|
20Ah
|
3.1V
|
|
≥3000cycles
|
140Wh/kg；308Wh/L
|
|
|
30Ah
|
|
48V
|
≥2000cycles
|
|
≤100mΩ (AC 1KHz)
|
|
100Ah
|
|
72V
|
|
|
≤100mΩ (AC 1KHz)
|
|
105Ah
|
|
24V
|
≥2000 cycles
|
|
≤100mΩ (AC 1KHz)
|
Product application
Advantages of sodium-ion batteries
1. Low cost
Abundant sodium ion reserves, strong availability of sodium ion compounds, stable and low price
2. High-level safety
Sodium-ion batteries have high thermal runaway temperature, high internal resistance, less instantaneous heat in the case of short circuit, lower temperature rise, and less prone to fire, explosion and other safety hazards.
3. High energy density
Sodium-ion batteries have a high energy density and can store a large amount of energy in a relatively small space, which is conducive to improving energy utilization efficiency and the reliability of energy storage systems.
4. Broad application prospect
The work principle of sodium-ion battery gives it potential for energy storage, especially in areas where high-capacity batteries are needed.
Abundant sodium ion reserves, strong availability of sodium ion compounds, stable and low price
2. High-level safety
Sodium-ion batteries have high thermal runaway temperature, high internal resistance, less instantaneous heat in the case of short circuit, lower temperature rise, and less prone to fire, explosion and other safety hazards.
3. High energy density
Sodium-ion batteries have a high energy density and can store a large amount of energy in a relatively small space, which is conducive to improving energy utilization efficiency and the reliability of energy storage systems.
4. Broad application prospect
The work principle of sodium-ion battery gives it potential for energy storage, especially in areas where high-capacity batteries are needed.
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