-50°C Ultra-Low Temperature LiPo Battery

Performance Comparison: Standard vs. Ultra-Low Temperature LiPo Batteries

The fundamental difference between standard lithium polymer batteries and specialized ultra-low temperature models is magnified in extreme cold. Where standard cells fail, our technology excels.

Technical Benchmarks	Standard LiPo Battery	Batteryswift -50°C to 50°C Ultra-Low Temp Series	Performance Improvement
Minimum Operating Temp	-20°C (Inoperable below threshold)	-50°C (Stable Discharge)	150% Operational Range Expansion
Capacity Retention @ -30°C (1C)	≤ 50%	≥ 85%	> 70% Increase in Efficiency
Charging Efficiency @ -20°C (0.5C)	Prohibited (Risk of Lithium Plating)	≥ 90%	Enables Safe Sub-Zero Charging
Cycle Life @ -30°C (After 2000 Cycles)	≤ 40% Remaining	≥ 80% Remaining	100% Boost in Cyclic Stability
High-Temp Tolerance (50°C Discharge)	Capacity Decay ≥ 20%	Capacity Decay ≤ 5%	75% Improvement in Thermal Stability

Technical Performance Highlights:

– Extreme Cold Discharge: Achieves over 60% capacity retention at -50°C (0.2C) and 80% at -40°C, ensuring your equipment stays powered in sub-zero climates.
– Outstanding Cycle Stability: Maintains >85% capacity after 300 cycles at -30°C, offering long-term reliability for cold-region infrastructure.
– High-Current Delivery: Unlike conventional cells, our technology maintains large capacity and high-current output even at the -50°C threshold.
## Hardcore Performance Verified by Field Testing
Our -50°C to 50°C ultra-low temperature LiPo battery has undergone rigorous certification by the National Power Battery Quality Inspection Center and field tests in Mohe’s extreme arctic conditions.

Key Performance Metrics:

– Extreme Discharge: Maintains ≥60% capacity at -50°C (0.2C). While standard batteries provide zero output, our cells support over 8 hours of continuous operation for specialized equipment.
– Cold-Start Charging: 88% charging efficiency at -30°C without external heating, enabling rapid energy recovery in cold climates.
– Exceptional Longevity: Over 80% capacity retention after 2,000 cycles at -30°C, offering twice the service life of competing low-temp batteries.
– Safety & Stability: Compliant with UN38.3 and IEC62619. Minimal volume change (≤0.5%) at 70°C ensures no swelling or leakage risks.

Real-World UAV Testing

In -36°C flight trials, drones equipped with our ultra-low temperature cells showed less than 10% range decay. This significantly beats the industry average of 30-50% power loss, proving its reliability for mission-critical UAV battery applications.

Applications:

This ultra-low temperature series is widely adopted for:
– Special Equipment in Arctic Climates
– High-Altitude UAVs & Aerospace Missions
– Border Defense & Polar Research Instrumentation
– Industrial IoT in High-Latitude Regions

Customization & Manufacturing Excellence:

– Tailored Solutions: We provide flexible customization for battery dimensions, shapes, and specific temperature ranges to fit your unique airframe or device.
– Mass Production Ready: Benefit from high-volume manufacturing with superior cell consistency and short lead times.
– Global Safety Compliance: Our products are fully certified for international use, meeting UL, CE, and UN safety standards.