Falcon 60V 27Ah Lithium-Ion E-Bike Battery | High Capacity

₹30,211.86 Price Excluding Tax

SpecificationDetails
Product NameFalcon 60V 27Ah Lithium-Ion E-Bike Battery
Battery ChemistryNMC Lithium-Ion
Battery TypeRechargeable
Commercial Voltage Class60V
Actual Nominal VoltageApprox. 59.2V
Maximum Charge Voltage67.2V
Battery Capacity27Ah
Energy CapacityApprox. 1598.4Wh
Cell Type18650 Lithium-Ion
Configuration16S
Parallel CapacitySelected according to cell capacity
BMSSuitable 16S BMS
Charging MethodCC/CV Lithium-Ion Charging
Recommended Charger67.2V Lithium-Ion Charger
ApplicationE-Bike / Electric Bicycle
Dimensions / WeightDepends on enclosure and final battery construction
ConnectorApplication-specific
Wire LengthCustomised as required

Description

Falcon 60V 27Ah Lithium-Ion E-Bike Battery | High Capacity

The Falcon 60V 27Ah Lithium-Ion E-Bike Battery is a high-capacity rechargeable battery pack designed for electric bicycles, high-performance e-bike systems, and compatible 60V-class electric mobility applications.

With a 27Ah capacity, this battery provides approximately 1.80kWh of nominal energy, making it suitable for applications requiring extended operating time and reliable power delivery.

Key Features

  • Battery Voltage: 60V class
  • Capacity: 27Ah
  • Battery Chemistry: NMC Lithium-Ion
  • Configuration: 16S
  • Actual Nominal Voltage: Approx. 59.2V
  • Maximum Charge Voltage: 67.2V
  • Energy Capacity: Approx. 1,598Wh
  • High-capacity rechargeable e-bike battery
  • Suitable for 60V-class electric mobility systems
  • BMS-based battery protection
  • Suitable for replacement and custom e-bike applications
  • Custom connector and wiring options available

60V 27Ah Battery Configuration

A 60V-class NMC lithium-ion battery generally uses 16 cell groups connected in series (16S).

For this battery:

  • Series configuration: 16S
  • Nominal cell voltage: 3.7V
  • Pack nominal voltage: 16 × 3.7V ≈ 59.2V
  • Maximum pack voltage: 16 × 4.2V = 67.2V
  • Capacity: 27Ah
  • Nominal energy: 59.2V × 27Ah ≈ 1598.4Wh

The 60V designation is the commercial voltage class used for compatible e-bike systems.

BMS Protection

A suitable 16S BMS is used to monitor and protect the battery pack.

Typical protection functions include:

  • Overcharge protection
  • Over-discharge protection
  • Overcurrent protection
  • Short-circuit protection
  • Cell voltage monitoring
  • Charging and discharging protection

The BMS current rating should be selected according to the motor, controller, cell discharge capability, wiring, connectors, and thermal conditions.

Charging & Connection

For this 60V-class NMC lithium-ion battery, use a:

67.2V Lithium-Ion CC/CV Charger

The charger must be specifically designed for a 16S NMC lithium-ion battery.

Charging and discharge connectors can be selected according to the e-bike controller and battery enclosure.

Applications

The Falcon 60V 27Ah battery is suitable for:

  • Electric bicycles
  • High-performance e-bikes
  • Long-range e-bike systems
  • E-bike conversion projects
  • Electric scooters
  • Electric cargo bikes
  • Replacement e-bike batteries
  • Custom electric mobility systems
  • OEM electric vehicle applications

 Advantages

  • 27Ah high-capacity battery
  • Approximately 1.60kWh nominal energy
  • Suitable for 60V-class e-bike systems
  • Rechargeable NMC lithium-ion technology
  • 16S battery architecture
  • BMS-based protection
  • Suitable for replacement and custom applications
  • Custom wiring and connectors available
  • Suitable for OEM and bulk requirements
  • Also Look for This Products:

    Eco Series Lithium-Ion 48V 35Ah E-Bike Battery

 Package Includes

  • 1 × Falcon 60V 27Ah Lithium-Ion E-Bike Battery

 Important Charging Information

Use only a 67.2V lithium-ion CC/CV charger designed for a 16S NMC lithium-ion battery.

Do not use a 73.0V or other incompatible charger with this battery unless the battery is specifically built for that charging voltage.

Before installation, verify the battery polarity, charger voltage, controller compatibility, BMS current rating, connector type, and wiring polarity.