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9XE-3.2V90Ah LFP Battery Cell
9XE
004
LiFePO4 Battery Cell
3.2V
90Ah
Over 6000 cycles
≤0.5mΩ
1994±50
200.5±0.5
130.3±0.5
36.7±0.5
3.2V 90Ah lithium iron phosphate (LiFePO4) batteries exhibit unique advantages in various application scenarios, whether as individual cells or when assembled into packs. The following outlines their application benefits and provides some personalized details
Advantages of Individual Cells
High Energy Density: The 90Ah capacity signifies that individual cells possess a relatively high energy density, making them suitable for applications requiring extended operation, such as electric vehicles and solar energy storage systems.
Moderate Current Output: 90Ah batteries typically deliver sufficient current, making them suitable for applications with moderate power requirements, such as portable devices and small electric tools.
Relative Lightweight: In comparison to higher capacity batteries, 90Ah cells are relatively lightweight while still providing substantial capacity. This characteristic is advantageous for the lightweight design of mobile devices and electric vehicles.
Advantages of Assembled Packs
Voltage and Capacity Balance: When multiple 90Ah cells are assembled into a pack, a higher voltage and total capacity can be achieved. For example, a pack containing 100 90Ah cells may reach a total voltage of 320V and a total capacity of 9kWh. This is crucial for applications requiring higher voltage, such as electric vehicles.
Flexibility and Scalability: By combining multiple cells, the battery pack's capacity can be adjusted according to specific requirements, providing greater flexibility and scalability to meet diverse application needs.
Thermal Management: Pack designs typically include heat dissipation systems and temperature control devices, contributing to maintaining stable operating temperatures for battery components, thereby enhancing the battery's lifespan and performance.
Personalized Details for 90Ah Cells
Comparative Data: When compared to other batteries with varying capacities, 90Ah cells fall between 80Ah and 100Ah in terms of capacity. This balanced performance includes a reasonable energy density coupled with ample current output.
Application Areas: 90Ah cells are suitable for applications demanding a balance between energy density and power output, such as electric vehicles, solar energy storage systems, and portable devices.
Charge-Discharge Characteristics: 90Ah batteries exhibit excellent performance in terms of charging and discharging efficiency, often exceeding 95%.
Cost-Effectiveness: Due to the balanced combination of capacity and performance, the cost-effectiveness of 90Ah batteries lies between that of 80Ah and 100Ah. This makes them particularly well-suited for large-scale applications.
In summary, 90Ah lithium iron phosphate batteries offer a well-balanced solution for various applications, considering energy density, power output, and cost-effectiveness.
3.2V 90Ah lithium iron phosphate (LiFePO4) batteries exhibit unique advantages in various application scenarios, whether as individual cells or when assembled into packs. The following outlines their application benefits and provides some personalized details
Advantages of Individual Cells
High Energy Density: The 90Ah capacity signifies that individual cells possess a relatively high energy density, making them suitable for applications requiring extended operation, such as electric vehicles and solar energy storage systems.
Moderate Current Output: 90Ah batteries typically deliver sufficient current, making them suitable for applications with moderate power requirements, such as portable devices and small electric tools.
Relative Lightweight: In comparison to higher capacity batteries, 90Ah cells are relatively lightweight while still providing substantial capacity. This characteristic is advantageous for the lightweight design of mobile devices and electric vehicles.
Advantages of Assembled Packs
Voltage and Capacity Balance: When multiple 90Ah cells are assembled into a pack, a higher voltage and total capacity can be achieved. For example, a pack containing 100 90Ah cells may reach a total voltage of 320V and a total capacity of 9kWh. This is crucial for applications requiring higher voltage, such as electric vehicles.
Flexibility and Scalability: By combining multiple cells, the battery pack's capacity can be adjusted according to specific requirements, providing greater flexibility and scalability to meet diverse application needs.
Thermal Management: Pack designs typically include heat dissipation systems and temperature control devices, contributing to maintaining stable operating temperatures for battery components, thereby enhancing the battery's lifespan and performance.
Personalized Details for 90Ah Cells
Comparative Data: When compared to other batteries with varying capacities, 90Ah cells fall between 80Ah and 100Ah in terms of capacity. This balanced performance includes a reasonable energy density coupled with ample current output.
Application Areas: 90Ah cells are suitable for applications demanding a balance between energy density and power output, such as electric vehicles, solar energy storage systems, and portable devices.
Charge-Discharge Characteristics: 90Ah batteries exhibit excellent performance in terms of charging and discharging efficiency, often exceeding 95%.
Cost-Effectiveness: Due to the balanced combination of capacity and performance, the cost-effectiveness of 90Ah batteries lies between that of 80Ah and 100Ah. This makes them particularly well-suited for large-scale applications.
In summary, 90Ah lithium iron phosphate batteries offer a well-balanced solution for various applications, considering energy density, power output, and cost-effectiveness.
