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9XE-3.2V100Ah LFP Battery Cell
9XE
005
LiFePO4 Battery Cell
3.2V
100Ah
Over 2000 cycles
≤0.5mΩ
1920±50
118.5±0.5
160.0±0.5
50±0.5
High Energy Density:
Compared to a 90Ah cell, the 100Ah cell offers a higher energy density, providing an extended usage time.
Suitable for applications demanding high energy density, such as electric vehicles and energy storage systems.
Extended Lifespan:
In comparison to a 105Ah cell, the 100Ah cell generally exhibits a longer cycle life and lower rate of capacity decay.
Ideal for applications involving frequent charge-discharge cycles, reducing maintenance costs and enhancing equipment reliability.
Suitability for Medium-Sized Applications:
When compared to a 105Ah cell, the 100Ah cell is more versatile for medium-sized power systems and portable devices.
Well-suited for various applications in the medium-power range.
Advantages in Pack Configuration
Flexibility in Energy Configuration:
By combining multiple 100Ah cells, it's possible to construct energy packs tailored to different requirements.
Adjusting the composition of battery packs allows for enhanced flexibility in energy configurations, increasing system customization.
Improved Balance and Safety:
Compared to a 90Ah cell, the 100Ah cell, when configured into a pack, offers better voltage and current balancing
This minimizes issues related to battery imbalances, such as over-discharge or overcharge, enhancing safety and reducing risks.
Personalization Details for the 100Ah Cell
Design Purpose:
The 100Ah cell is designed for use in medium-sized power systems, electric vehicles, and energy storage systems.
Tailored to meet the demands of applications in these specific fields.
Weight and Volume:
In the same volume, the 100Ah cell provides a higher energy density compared to the 90Ah cell, though there may be a slight increase in weight.
Suited for applications where both weight and volume constraints are present, such as portable devices.
Cycle Life and Rate of Capacity Decay:
The 100Ah cell typically boasts a longer cycle life and lower rate of capacity decay, making it suitable for applications requiring high cycle stability.
Ideal for scenarios demanding consistent and reliable performance over extended periods.
Cost-Performance Balance:
Positioned between the 90Ah and 105Ah cells, the 100Ah cell strikes a balance between cost and performance.
Well-suited for applications with medium power requirements, offering a cost-effective and efficient solution.
In summary, the 3.2V 100Ah LiFePO4 battery demonstrates higher energy density, extended lifespan, and flexibility in various applications, catering to diverse needs across different domains.
High Energy Density:
Compared to a 90Ah cell, the 100Ah cell offers a higher energy density, providing an extended usage time.
Suitable for applications demanding high energy density, such as electric vehicles and energy storage systems.
Extended Lifespan:
In comparison to a 105Ah cell, the 100Ah cell generally exhibits a longer cycle life and lower rate of capacity decay.
Ideal for applications involving frequent charge-discharge cycles, reducing maintenance costs and enhancing equipment reliability.
Suitability for Medium-Sized Applications:
When compared to a 105Ah cell, the 100Ah cell is more versatile for medium-sized power systems and portable devices.
Well-suited for various applications in the medium-power range.
Advantages in Pack Configuration
Flexibility in Energy Configuration:
By combining multiple 100Ah cells, it's possible to construct energy packs tailored to different requirements.
Adjusting the composition of battery packs allows for enhanced flexibility in energy configurations, increasing system customization.
Improved Balance and Safety:
Compared to a 90Ah cell, the 100Ah cell, when configured into a pack, offers better voltage and current balancing
This minimizes issues related to battery imbalances, such as over-discharge or overcharge, enhancing safety and reducing risks.
Personalization Details for the 100Ah Cell
Design Purpose:
The 100Ah cell is designed for use in medium-sized power systems, electric vehicles, and energy storage systems.
Tailored to meet the demands of applications in these specific fields.
Weight and Volume:
In the same volume, the 100Ah cell provides a higher energy density compared to the 90Ah cell, though there may be a slight increase in weight.
Suited for applications where both weight and volume constraints are present, such as portable devices.
Cycle Life and Rate of Capacity Decay:
The 100Ah cell typically boasts a longer cycle life and lower rate of capacity decay, making it suitable for applications requiring high cycle stability.
Ideal for scenarios demanding consistent and reliable performance over extended periods.
Cost-Performance Balance:
Positioned between the 90Ah and 105Ah cells, the 100Ah cell strikes a balance between cost and performance.
Well-suited for applications with medium power requirements, offering a cost-effective and efficient solution.
In summary, the 3.2V 100Ah LiFePO4 battery demonstrates higher energy density, extended lifespan, and flexibility in various applications, catering to diverse needs across different domains.
