Recommended Battery Model: LFP32140-17500

Parameter information

With the rapid development of new energy transportation, lithium battery technology has become the core power source for electric two-wheelers and mobility scooters. The LFP32140-17500 battery model, based on advanced Lithium Iron Phosphate (LiFePO₄) chemistry, offers outstanding stability, long lifespan, and strong discharge performance — making it an ideal choice for safe, efficient, and eco-friendly urban mobility.

Product Overview

The LFP32140-17500 lithium battery is a high-performance cell designed for lightweight electric vehicles. It features a nominal capacity of 17,500mAh and a nominal voltage of 3.2V, providing consistent and powerful energy output for daily commuting, logistics delivery, or personal mobility applications. Its maximum discharge current of 2C ensures excellent acceleration performance, while the internal resistance ≤3mΩ minimizes power loss and improves energy efficiency.

Thanks to its long cycle life exceeding 2500 cycles (0.5C/0.5C), this battery guarantees stable performance even after long-term use, reducing the total cost of ownership for electric two-wheeler users and fleet operators.

Performance Advantages in Electric Two-Wheelers & Mobility Scooters

1. Long Cycle Life for Everyday Use
The LFP32140-17500 cell offers over 2500 charge/discharge cycles, significantly extending the operational lifespan compared to traditional lead-acid or standard lithium batteries. This ensures that electric scooters and mobility vehicles maintain excellent endurance and capacity retention after years of daily use.

2. High Safety and Thermal Stability
Using Lithium Iron Phosphate chemistry, this battery is well known for its superior safety performance. It resists overcharging, overheating, and thermal runaway, ensuring safe operation even under high-temperature or high-load driving conditions — an essential advantage for electric two-wheelers that operate outdoors all year round.

3. Excellent Discharge Performance
The 2C maximum discharge rate allows strong instant power output during acceleration or hill climbing, offering a smooth and responsive riding experience. Whether in busy city traffic or on steep roads, users can enjoy stable and reliable power support.

4. Lightweight and Compact Design
With high energy density and compact structure, the LFP32140-17500 battery helps reduce the overall vehicle weight, improving energy efficiency and extending riding distance. This makes it ideal for portable and compact scooters, delivery bikes, and personal mobility devices.

5. Fast Charging and Energy Efficiency
The low internal resistance design enables faster charging speeds and improved energy conversion efficiency. Riders can quickly recharge their vehicles between short trips, enhancing convenience and reducing downtime.

Application Scenarios

Electric Two-Wheelers (E-Bikes, E-Scooters):
Ensures long-range travel, fast acceleration, and reliable performance for daily commuting, delivery services, and city transportation.

Mobility Scooters for Elderly or Disabled Users:
Provides smooth and stable power with extended runtime, guaranteeing safety and comfort for users who depend on mobility assistance.

Shared Mobility Fleets:
Perfect for electric scooter rental systems that require high durability, safety, and quick recharging cycles to support continuous operation.

Lightweight Logistics Vehicles:
Ideal for last-mile delivery vehicles where long battery life and quick recharge capabilities are essential for high-frequency use.

Benefits for Manufacturers and End Users

For Vehicle Manufacturers:

Easy battery pack integration with modular design.

Reliable power output for various two-wheeler models.

Reduced after-sales service and maintenance costs.

For End Users:

Long-lasting riding range with consistent performance.

Safer and more reliable than traditional battery types.

Lower total cost due to extended lifespan and energy efficiency.

Environmental and Economic Advantages

The LFP32140-17500 battery is environmentally friendly, free from heavy metals and toxic elements. Its long service life reduces battery waste, while the high energy efficiency contributes to lower carbon emissions and sustainable urban mobility. Compared with lead-acid batteries, it provides better total cost performance, helping users save both money and energy.

Conclusion

The LFP32140-17500 Lithium Battery PACK represents a safe, efficient, and sustainable energy solution for electric two-wheelers and mobility scooters. With its combination of high capacity, long lifespan, strong discharge capability, and excellent safety, it empowers the new generation of electric personal mobility vehicles to perform reliably under diverse conditions.

As the world shifts toward low-carbon transportation, the LFP32140-17500 battery pack will play a crucial role in enabling greener, smarter, and more accessible mobility solutions for both individual riders and fleet operators.