Power Pack LiFePO₄ 19S 60V 18000mAh 19S3P 3C Discharge LFP Battery Pack

₹21,966.10 Price Excluding Tax

SpecificationDetails
Product NamePower Pack LiFePO₄ 19S 60V 18000mAh 19S3P 3C Discharge LFP Battery Pack
Battery ChemistryLiFePO₄ (Lithium Iron Phosphate)
Battery TypeRechargeable LFP Battery
Configuration19S3P
Number of Cells57 Cells
Cell Capacity6000mAh / 6Ah
Nominal Cell Voltage3.2V
Nominal Pack Voltage60.8V
Maximum Charge Voltage68.4V
Pack Capacity18Ah / 18000mAh
Energy CapacityApprox. 1094.4Wh
Discharge Rating3C
Theoretical 3C CurrentUp to 54A
BMS19S LiFePO₄ BMS; current rating according to application
DimensionsApprox. 150 × 150 × 210 mm*
WeightApprox. 5.0–5.8 kg*
Connector5mm DC Jack / 2-Pin JST / Custom option
Wire LengthApprox. 5cm
WireCustomized length available

Description

Power Pack LiFePO₄ 19S 60V 18000mAh 19S3P 3C Discharge LFP Battery Pack

The Power Pack LiFePO₄ 19S 60V 18000mAh 19S3P 3C Discharge LFP Battery Pack is a rechargeable lithium iron phosphate battery designed for 60V-class electric vehicles, e-bikes, robotics, industrial equipment, backup power, and custom energy applications.

This battery uses a 19S3P configuration, consisting of 57 LiFePO₄ cells. Using 6000mAh cells in a 3P arrangement, the pack provides 18Ah capacity, 60.8V nominal voltage, and approximately 1094.4Wh (1.094kWh) of nominal energy.

With a 3C discharge specification, the theoretical discharge current is up to 54A, subject to the actual cell, BMS, wiring, connector, and thermal design.

Key Features

  • LiFePO₄ / LFP rechargeable battery chemistry
  • 19S3P configuration
  • 60V-class battery pack
  • 18000mAh / 18Ah capacity
  • 60.8V nominal voltage
  • 68.4V maximum charging voltage
  • Approx. 1094.4Wh energy capacity
  • 3C discharge specification
  • Theoretical 3C current up to 54A
  • High thermal stability
  • Long cycle life
  • Suitable for EV and industrial applications
  • Custom BMS, connector and wire options available

19S3P Battery Configuration

The 19S3P configuration consists of:

  • 19 cells/groups connected in series
  • 3 cells connected in parallel in each group
  • Total cells: 19 × 3 = 57 cells
  • Individual cell capacity: 6Ah
  • Pack capacity: 6Ah × 3P = 18Ah

Voltage Calculation

19 × 3.2V = 60.8V nominal

19 × 3.6V = 68.4V maximum charging voltage

Energy Calculation

60.8V × 18Ah = 1094.4Wh

3C Discharge Configuration

For an 18Ah battery:

18Ah × 3C = 54A

Therefore, the theoretical 3C discharge current is 54A.

Actual continuous discharge capability depends on:

  • Cell discharge rating
  • BMS current rating
  • Busbar/nickel-strip design
  • Cable gauge
  • Connector rating
  • Battery temperature
  • Thermal management

BMS Protection

A suitable 19S LiFePO₄ BMS can provide:

  • Overcharge protection
  • Over-discharge protection
  • Over-current protection
  • Short-circuit protection
  • Cell voltage monitoring
  • Cell balancing
  • Temperature protection
  • Low-temperature charging protection where supported

The BMS current rating should be selected according to the required continuous and peak load.

Connector & Wire

  • 5mm DC Jack / 2-Pin JST options available
  • Approx. 5cm standard wire length
  • Customized wire length available
  • Connector can be customized according to application
  • Higher-current connector options available where required

Applications

Suitable for:

  • Electric scooters
  • Electric bikes
  • EV systems
  • Robotics
  • Industrial equipment
  • Portable power systems
  • DC power applications
  • Backup power systems
  • Small energy-storage systems
  • Custom OEM battery packs
  • Prototype and engineering projects

Advantages

  • 18Ah high-capacity configuration
  • 60V-class battery system
  • Approx. 1.094kWh energy
  • LiFePO₄ chemistry
  • High thermal stability
  • Long service life
  • Rechargeable design
  • 3C discharge capability
  • Custom BMS and connector options
  • Suitable for OEM applications

Package Includes

  • 1 × 19S3P LiFePO₄ Battery Pack
  • 19S LiFePO₄ BMS
  • Output wires/connectors as selected
  • Battery insulation and protection materials