The 36V 10Ah LiFePO4 battery is a high-performance power source designed for electric bikes, scooters, and motorcycles. It offers extended range, thermal stability, and 2,000+ charge cycles. With a lightweight design and included UPS-compatible charger, it supports 40-60 km rides per charge. Its LiFePO4 chemistry ensures safety, making it 80% lighter than lead-acid alternatives.
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How Does the LiFePO4 Chemistry Enhance Battery Safety?
LiFePO4 batteries resist thermal runaway due to stable iron-phosphate bonds. They maintain structural integrity at temperatures up to 60°C, unlike lithium-ion counterparts. This chemistry prevents combustion risks during overcharging or impact, with 300% lower heat generation compared to NMC batteries. Built-in BMS further monitors voltage imbalances and temperature fluctuations.
The crystal structure of lithium iron phosphate undergoes minimal expansion during charge cycles (1-3% volume change vs. 7-10% in lithium cobalt oxide). This structural stability enables safer operation in high-vibration environments like off-road e-bikes. The chemistry’s higher thermal runaway threshold (270°C vs. 150°C for NMC) provides critical extra seconds for protection circuits to engage. UL-certified separators with ceramic coatings further prevent internal short circuits, while the oxygen-free decomposition process eliminates fire risks associated with traditional lithium batteries.
What Range Can You Expect Per Charge?
A 36V 10Ah configuration delivers 360Wh energy storage. On a 500W e-bike, this translates to 40-60 km range depending on terrain and assist level. With pedal assist mode, users achieve 1.2 km per Wh. The battery supports regenerative braking systems, recovering 10-15% energy during downhill rides.
| Riding Mode | Power Consumption | Estimated Range |
|---|---|---|
| Eco (Pedal Assist 1) | 150W | 65-70 km |
| Standard (Pedal Assist 3) | 300W | 45-50 km |
| Turbo (Full Throttle) | 500W | 35-40 km |
Actual range varies with payload weight and environmental factors. Each 10kg increase in rider/cargo weight reduces range by 8-12%. Cold weather (below 10°C) decreases efficiency by 15-20% due to increased electrolyte viscosity. The battery’s low internal resistance (35mΩ) helps maintain voltage stability during acceleration, preserving usable capacity compared to older lithium-polymer designs.
Which Vehicles Are Compatible With This Battery?
Compatible with Bosch, Shimano, and Bafang mid-drive systems (250W-750W). Fits folding e-bikes with 12-14″ frames and scooters requiring 30-42V input. Includes XT60 and Anderson connectors with 5-pin communication ports. Not recommended for 48V systems without voltage step-down converters.
How Does Charging Infrastructure Impact Performance?
The included 42V 2A smart charger achieves full charge in 5 hours. Supports solar charging via MPPT controllers (100W minimum). UPS compatibility allows emergency power supply for 150W devices for 90 minutes. Charging efficiency remains above 92% across 0-45°C ambient temperatures.
Advanced charging protocols extend cell lifespan through three-phase charging: bulk charge (0-80% SOC at 2A), absorption phase (80-95% at 1A), and float maintenance (95-100% at 0.3A). The charger’s temperature compensation feature adjusts voltage by -3mV/°C/cell when ambient exceeds 25°C. For fleet operators, simultaneous charging of 20+ units requires 20A circuit breakers and staggered start times to prevent power surges. Field tests show 98.4% charge completion rate even with inconsistent power supply quality.
What Maintenance Ensures Long-Term Reliability?
Store at 40-60% charge during inactivity. Balance cells every 50 cycles using the BMS recalibration feature. Clean terminals monthly with dielectric grease. Avoid discharges below 28V – the built-in cutoff protects against deep discharge. Capacity retention remains above 80% after 1,500 cycles with proper care.
Can You Upgrade Existing Lead-Acid Systems?
Yes, but requires voltage regulator adaptation. LiFePO4’s 36V nominal output matches lead-acid’s 32-38V operational range. The 10Ah model provides 3X usable capacity compared to 20Ah lead-acid equivalents. Upgrade kits include mounting adapters and CAN bus communication decoders for legacy systems.
Expert Views
“The 36V 10Ah LiFePO4 represents a paradigm shift in micro-mobility energy solutions. Its 150Wh/kg energy density enables lighter vehicles without compromising range. We’re seeing 30% faster charge acceptance compared to previous generations, making it ideal for commercial shared e-bike fleets requiring rapid turnaround.”
– Dr. Elena Voss, Head of Battery Tech at Urban Mobility Labs
Conclusion
This LiFePO4 battery pack combines cutting-edge safety features with practical energy delivery for diverse electric vehicles. Its modular design and smart charging capabilities position it as a future-proof investment for both casual riders and logistics operators.
FAQs
- Does cold weather affect performance?
- Capacity reduces by 15% at -10°C but maintains 92% charge retention. Built-in self-heating pads activate below 0°C (optional feature).
- Are replacement cells available?
- Yes – 32700 cylindrical cells with 1500mAh capacity each. The pack uses 12S4P configuration. Cell replacements require spot-welding equipment and BMS recalibration.
- What warranty applies?
- 3-year warranty covering manufacturing defects and capacity drop below 70% within 1,000 cycles. Exclusions include water damage and improper charging practices.