Description
Power Pack LiFePO₄ 23S 72V 60Ah 23S10P 3C With BMS LFP Battery Pack
The Power Pack LiFePO₄ 23S 72V 60Ah 3C Battery Pack with BMS is a high-capacity rechargeable lithium iron phosphate (LFP) battery designed for compatible electric vehicles, industrial equipment, robotics, and custom battery-powered applications.
Featuring a 23S10P configuration, this battery pack contains 230 cells, assuming 6Ah cells. It provides a nominal voltage of 73.6V, a capacity of 60Ah, and approximately 4,416Wh (4.416kWh) of energy.
The integrated Battery Management System (BMS) helps monitor and protect the battery. Depending on the selected BMS model, protection functions may include overcharge, over-discharge, overcurrent, and short-circuit protection.
With a specified 3C discharge rate, the theoretical discharge current is 180A. Actual continuous output depends on the selected cells, BMS rating, wiring, connectors, and thermal management.
Key Features
Battery Chemistry: LiFePO₄ (Lithium Iron Phosphate)
Voltage Class: 72V-class battery pack
Nominal Voltage: 73.6V
Battery Capacity: 60Ah / 60,000mAh
Configuration: 23S10P
Total Cell Count: 230 cells, assuming 6Ah cells
Energy Capacity: 4,416Wh
Specified Discharge Rate: 3C
Theoretical 3C Discharge Current: 180A
BMS: Included
Rechargeable: Yes
Customization: Connector, cable, enclosure, and BMS current rating can be confirmed according to application requirements.
Battery Configuration
Parameter Details Series Configuration 23S Parallel Configuration 10P Total Cell Count 23 × 10 = 230 cells Assumed Cell Capacity 6Ah Pack Capacity 10 × 6Ah = 60Ah Nominal Cell Voltage 3.2V Nominal Pack Voltage 23 × 3.2V = 73.6V Maximum Cell Voltage 3.6V, subject to cell specifications Maximum Pack Voltage 23 × 3.6V = 82.8V Total Energy 73.6V × 60Ah = 4,416Wh 3C Discharge Configuration
Specification Details Battery Capacity 60Ah Discharge Rate 3C Theoretical Discharge Current 60Ah × 3 = 180A Approximate Power at Nominal Voltage 13,248W at 180A Continuous Discharge Capability Must be verified against cell, BMS, wiring, connector, and cooling ratings Important: The theoretical 180A calculation does not guarantee continuous discharge at that current. All battery components must be appropriately rated for the intended load.
BMS Protection
The battery pack includes a Battery Management System (BMS). Depending on the selected model, features may include:
Overcharge protection
Over-discharge protection
Overcurrent protection
Short-circuit protection
Cell voltage monitoring and balancing
Temperature monitoring, if supported
The BMS current rating and available protection features should be confirmed before ordering.
Connector & Charging Requirements
Charger type: 23S LiFePO₄-compatible CC/CV charger.
Maximum charging voltage: 82.8V, provided the selected cells are rated for 3.6V per cell.
Do not use an 84V charger designed for a 20S NMC lithium-ion battery.
Select cables and connectors according to the expected operating current.
Verify connector polarity and compatibility before installation.
Applications
Compatible electric vehicles and custom EV projects
Industrial and mobile equipment
Robotics and automation systems
High-voltage battery-powered machinery
Special-purpose battery applications
Compatible energy storage systems
Always verify the equipment’s voltage range, peak current, and continuous current requirements before connecting the battery.
Advantages
High-capacity 60Ah battery configuration
LiFePO₄ chemistry for stable battery operation
Integrated BMS for battery monitoring and protection
Approximately 4.416kWh of nominal energy
23S10P configuration for compatible 72V-class applications
Custom wiring, connector, and enclosure options can be discussed
Package Includesl
1 × Power Pack LiFePO₄ 23S 72V 60Ah battery pack
1 × BMS installed in the battery pack
