E-Bike BatterySolutions
High-performance lithium-ion and LiFePO4 battery packs
for electric bikes, scooters, and personal mobility devices
E-Bike Battery Specifications
Custom battery solutions designed for optimal performance and extended range
Why Choose Custom E-Bike Batteries?
- ✓Extended Range
Optimized capacity for longer rides and better performance
- ✓Fast Charging
Advanced charging technology for quick battery replenishment
- ✓Lightweight Design
High energy density cells for reduced weight and better handling
- ✓Smart BMS
Intelligent battery management with mobile app connectivity
- ✓Weather Resistant
IP65 rated enclosures for all-weather riding conditions
Technical Specifications
E-Bike Applications
Battery solutions for all types of electric bikes and personal mobility devices
Electric Bicycles
High-performance batteries for electric bicycles with pedal assist and throttle modes.
Electric Scooters
Powerful batteries for electric scooters with high speed and extended range capabilities.
Electric Motorcycles
High-capacity batteries for electric motorcycles with premium performance and range.
Electric Rickshaws
Heavy-duty batteries for electric rickshaws with high capacity and durability.
Electric Skateboards
Compact batteries for electric skateboards with lightweight design and performance.
Mobility Devices
Reliable batteries for mobility scooters and personal transportation devices.
E-Bike Battery FAQs
Expert answers to your most common e-bike battery questions
Which battery type is best for my e-bike application?
For e-bikes, lithium-ion batteries offer the best balance of performance, weight, and cost. Choose based on your motor power, range requirements, and budget constraints.
Lithium-Ion (NMC/LCO)
- • Higher energy density (200-300 Wh/kg)
- • Lighter weight for better handling
- • 500-1000 cycle life
- • Best for: Standard e-bikes, scooters
LiFePO4
- • Superior safety and stability
- • 2000-4000 cycle life
- • Better for heavy-duty use
- • Best for: Commercial e-bikes, delivery
Key Takeaway:
Choose lithium-ion for performance and weight, LiFePO4 for safety and longevity in commercial applications.
How do I choose the right BMS for my e-bike battery pack?
Select a BMS that matches your battery voltage, current requirements, and cell count. For e-bikes, ensure the BMS can handle peak motor currents and includes temperature protection.
48V BMS for 48V battery (13S lithium-ion or 16S LiFePO4)
Choose BMS rated for 1.5-2x your motor's peak current draw
Essential for maintaining battery health and performance
Critical for e-bike batteries exposed to varying conditions
Key Takeaway:
Always oversize your BMS current rating and ensure it includes all protection features for safe e-bike operation.
How do lithium e-bike batteries compare to lead-acid alternatives?
Lithium batteries dramatically outperform lead-acid in weight, range, and cycle life for e-bike applications. While more expensive initially, they provide superior performance and longer service life.
Lithium E-Bike Batteries
- • 70% lighter weight
- • 2-3x longer range
- • 5-10x more cycles
- • No maintenance required
- • Faster charging (2-4 hours)
Lead-Acid E-Bike Batteries
- • Heavy and bulky
- • Limited range (20-40km)
- • 200-500 cycle life
- • Regular maintenance needed
- • Slow charging (8-12 hours)
Key Takeaway:
Lithium batteries are essential for modern e-bikes, offering superior performance and user experience despite higher initial cost.
How do I build a custom e-bike battery pack for my specific bike?
Custom e-bike battery building requires understanding your motor specifications, available space, and range requirements. Professional design ensures optimal performance and safety.
Motor voltage, power rating, desired range, and available space
Choose high-quality cells with appropriate capacity and discharge rate
Plan series/parallel configuration to fit your bike's frame
Install appropriate BMS with motor controller compatibility
Performance testing and safety validation before installation
Key Takeaway:
Professional custom e-bike battery building ensures optimal performance, safety, and compatibility with your specific bike.
Why is my e-bike battery overheating and what should I do?
E-bike battery overheating can be caused by overcharging, excessive current draw, poor ventilation, or faulty BMS. Immediately stop using the bike and address the issue before it becomes dangerous.
Stop riding, disconnect battery, move to safe area, monitor temperature
Overcharging, motor drawing too much current, poor battery ventilation
Use proper charger, ensure adequate ventilation, check motor compatibility
Contact experts for diagnosis and repair of damaged e-bike batteries
Key Takeaway:
E-bike battery overheating is a serious safety issue - always prioritize safety and seek professional assistance immediately.
Ready to Power Your E-Bike?
Contact our team today to discuss your e-bike battery requirements. We'll design the perfect solution for your electric vehicle needs.