PowerFabb VoltPro 60V 35Ah NMC Lithium e-Bike Battery

35,600.00

Engineered for high-performance electric 2-wheelers and demanding mobility applications. The PowerFabb 60V 35Ah NMC pack delivers a superior power-to-weight ratio, rapid discharge capabilities, and unmatched thermal stability. Built with strict 100% cell-matching protocols and integrated Smart BMS for fleet-level reliability.

Key Specifications

  • Battery Type : Lithium-Ion
  • Nominal Voltage : 60V
  • Capacity : 35Ah (2100Wh)
  • Charging Voltage : 67.2V (standard for 60V lithium-ion systems)
  • BMS : Integrated Hardware BMS
  • Cycle Life : 800–1500+ cycles
  • Enclosure : MS Metal Box , Custom Options Available
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Engineered for High-Performance Electric Mobility

The PowerFabb 60V 35Ah NMC Lithium Battery Pack is engineered specifically for the demanding requirements of modern electric 2-wheelers, high-speed scooters, and commercial EV fleets. Utilizing premium Nickel Manganese Cobalt (NMC) cylindrical cells, this pack delivers an exceptional power-to-weight ratio, ensuring rapid acceleration, sustained high-discharge rates, and maximum range without adding unnecessary bulk to the vehicle chassis.

Whether upgrading an existing electric scooter or manufacturing a new line of EV mobility solutions, this battery pack provides the reliable, deep-cycle energy storage required for daily heavy-duty use.

Key Performance Features

  • A-Grade Cell Chemistry: Built using premium NMC (Nickel Manganese Cobalt) cylindrical cells for maximum energy density and a compact footprint.
  • Integrated BMS: Integrated Battery Management System (BMS) with for real-time tracking of voltage, temperature, and individual cell balancing.
  • Industrial-Grade Casing: Housed in a rugged, powder-coated metal enclosure with IP67 water and dust resistance to survive harsh Indian road conditions.
  • Thermal Defense Architecture: Assembled with pure nickel strips, high-grade epoxy boards, and thermal conductive silicone to prevent heat bottlenecks during 3C peak discharges.
  • Plug & Play Integration: Customizable high-current connectors configured exactly to your drivetrain requirements.

Primary Applications

While optimized for electric vehicles, the high-discharge capabilities of this NMC pack make it highly versatile for various industrial applications:

  • High-Speed EV 2-Wheelers (E-Scooters & E-Motorcycles)
  • Last-Mile Delivery Fleet Vehicles
  • Custom Robotics & Autonomous Guided Vehicles (AGVs)
  • Heavy-Duty Drones and Aerial Equipment

Technical Specifications

SpecificationDetails
ChemistryLithium-Ion NMC (LiNiMnCoO2)
Nominal Voltage59.2 (Operating Range: 48V – 67.2V)
Rated Capacity35 Ah (2.1kWh)
Continuous Discharge Current40A
Peak Discharge Current50A – Burst power for inclines
Standard Charge Current5A – 15A
BMSIntegrated Hardware BMS
ProtectionsOvercharge, Over-discharge, Short-circuit
EV Bike Mileage105 km/charge
Lifecycle1,200+ Cycles (at 80% Depth of Discharge)
Warranty1 Year
PackingWaterproof and Fireproof MS Metal Box
Operating TemperatureDischarge: -10°C to 55°C | Charge: 0°C to 45°C
Approximate Weight13.6 kg

The PowerFabb Reliability Standard: 100% Tested & Graded

We do not just assemble; we engineer for longevity. The core of our manufacturing process is an uncompromising Quality Control (QC) protocol. We know that a battery pack is only as strong as its weakest cell, which is why we enforce strict sorting and testing at every stage:

  • Incoming Raw Material Sorting: Every batch of cells undergoes rigorous grading before hitting the assembly line.
  • IR & True Capacity Testing: We individually test the Internal Resistance (IR) and exact capacity of every cell, grouping identical cells to guarantee perfect pack balance and eliminate premature degradation.
  • Precision Spot Welding: Assembled using pure, high-conductivity nickel strips and automated spot-welding to ensure zero weak spots and minimal voltage drop under heavy load.
  • Finished Goods Cycle Testing: Before dispatch, the fully assembled pack undergoes rigorous charge and discharge testing to verify thermal stability and ensure the continuous current output matches the rated specifications