Lithium iron phosphate battery for electric motorcycles

Product Overview

A high-safety, long-life lithium iron phosphate battery, suitable for power systems, energy storage systems, and light electric vehicles, providing a stable and efficient power solution.

The lithium iron phosphate battery (LiFePO4 Battery) uses lithium iron phosphate as the positive electrode material, carbon materials or graphite as the negative electrode, and an organic lithium salt electrolyte as the electrolyte. It stores and releases energy by intercalating and deintercalating lithium ions between the positive and negative electrodes. Compared with traditional ternary lithium batteries, it boasts higher structural stability, excellent thermal stability, resistance to thermal runaway, and significantly improved safety.

Example Technical Parameters:

Nominal Voltage: 3.2V per cell

Energy Density: 90–160 Wh/kg

Cycle Life: ≥2000–5000 cycles

Charge/Discharge Efficiency: ≥95%

Self-Discharge Rate: ≤3%/month

Operating Temperature Range: Discharge -20℃~60℃; Charge 0℃~45℃

Supports high-rate discharge (1C~5C)

Can be modularly assembled into 12V/24V/48V/72V/100V high-voltage battery packs

The product can be customized according to customer requirements in terms of capacity, size, voltage, cell configuration, BMS management system, housing material, and interface design, making it suitable for various applications such as electric vehicles, sightseeing vehicles, home energy storage, industrial energy storage, and portable power supplies.

Advantages

Ultra-high safety

Ultra-long cycle life

High power output

Lightweight design

Smart BMS protection

Modular customization

Green and environmentally friendly

Target Customer Groups

Electric vehicle manufacturers and light transportation equipment producers

Home and commercial energy storage system integrators

Industrial equipment manufacturers

Portable power supply brands and outdoor gear manufacturers

OEM/ODM custom battery customers

Application Scenarios

Electric vehicles

Sightseeing vehicles

Golf carts

Low-speed electric vehicles

Home energy storage systems

Commercial and industrial energy storage systems

Portable mobile power supplies

Camping power supplies

Communication base stations

Backup power for medical and smart devices

Pain Points Addressed

1. Traditional batteries have a high risk of thermal runaway and fire

2. Short cycle life leads to frequent replacements and high costs

3. Insufficient high-rate discharge capability fails to meet power demands

4. Rapid capacity degradation results in unstable energy storage performance

5. Standard batteries are difficult to match different applications, leaving customization needs unmet

Value Delivered to Users

Safe and reliable

Efficient and long-lasting

Stable performance

Flexible customization

Environmentally friendly

Enhanced competitiveness