Description
Power Pack LiFePO₄ 20S 64V 150Ah 20S10P 3C With BMS LFP Battery Pack
The Power Pack LiFePO₄ 20S 64V 150Ah 20S10P 3C With BMS LFP Battery Pack is a high-capacity lithium iron phosphate battery designed for demanding power applications, electric vehicles, industrial equipment, and energy storage systems.
Built using LiFePO₄ cells in a 20S10P configuration, this battery pack provides a nominal voltage of 64V and a capacity of 150Ah. With approximately 9,600Wh (9.6kWh) of nominal energy, it is suitable for systems that require extended operating time and dependable energy delivery.
The specified 3C discharge rate corresponds to a theoretical current of 450A. However, actual continuous discharge capability depends on the cells, BMS rating, wiring, connectors, and thermal design. The included Battery Management System (BMS) helps monitor and protect the pack according to its supported features.
Key Features
LiFePO₄ Chemistry: Lithium iron phosphate battery technology.
64V Nominal Voltage: For compatible 64V-class systems.
150Ah Capacity: Supports extended operating time.
20S10P Configuration: 20 series groups with 10 cells in parallel per group.
9.6kWh Nominal Energy: High-capacity energy storage.
3C Discharge Specification: Theoretical discharge current of up to 450A, subject to system limits.
BMS Included: Battery management and protection.
Flexible Applications: Suitable for compatible EV, industrial, and energy storage projects.
Battery Configuration
Parameter
Details
Series Connection 20 cells in series Parallel Connection 10 cells in parallel per series group Total Cell Count 20 × 10 = 200 cells Capacity per Cell 15Ah assumed Pack Capacity 150Ah Nominal Cell Voltage 3.2V Nominal Pack Voltage 64V Maximum Pack Voltage 72V at 3.6V per cell Nominal Energy 9.6kWh 3C Discharge Configuration
A 3C discharge rate means a current equal to three times the battery’s amp-hour capacity.
Parameter
Value
Battery Capacity 150Ah Discharge Rate 3C Theoretical Discharge Current 450A Nominal Voltage 64V Nominal Energy 9,600Wh Important: The calculated 450A is theoretical. It must not be treated as a guaranteed continuous output unless the cells and all system components are rated for that current. The BMS, wiring, connectors, busbars, and cooling arrangement must support the intended load.
BMS Protection
The included Battery Management System helps monitor battery operation. Depending on the selected BMS model, supported features may include:
Cell overvoltage and undervoltage protection
Overcurrent and short-circuit protection
Temperature monitoring and protection
Cell balancing
Charging and discharging control
Optional Bluetooth, CAN, or RS485 communication
Confirm the BMS model, continuous current rating, peak current rating, and communication features before installation.
Connector & Wiring
High-current terminals or connectors selected for the intended load
Separate charging connection or shared charge/discharge connection, depending on design
Cable gauge selected according to current, length, and installation conditions
Insulated terminals and secure connections
Connector type, wire size, and cable length can be customized for the application.
Applications
Electric vehicles and custom EV battery systems
Industrial machinery and equipment
High-capacity DC power systems
Solar and renewable energy storage
Backup power systems
Custom energy storage installations
Compatible traction and mobility applications
Advantages
High capacity of 150Ah
Approximately 9.6kWh nominal energy
LiFePO₄ chemistry for stable operation
20S10P configuration for high-capacity applications
Included BMS for battery management
Suitable for custom power systems when correctly engineered
Package Includes
1 × Power Pack LiFePO₄ 20S 64V 150Ah Battery Pack
1 × BMS
Enclosure, connectors, and cables according to the final product configuration
