Low-Temperature LFP Battery Cells
Extreme Cold Performance | -40°C Operation
Engineered for extreme cold environments. JHY's low-temperature LFP batteries maintain full performance in arctic conditions, perfect for polar research, military operations, and extreme weather applications.
Why Choose Low-Temperature LFP?
Extreme Cold Performance
Maintains 80%+ capacity at -40°C. Designed for arctic and polar environments.
Wide Temperature Range
Operates reliably from -40°C to +60°C. LFP chemistry is inherently stable.
Superior Safety
LFP chemistry is inherently safer. No thermal runaway risk even in extreme cold.
Technical Specifications
| Parameter | Value | Unit |
| Min Operating Temp | -40 | °C |
| Max Operating Temp | +60 | °C |
| Capacity Range | 10-500 | Ah |
| Voltage | 3.2 / 48 / 400 | V |
| Cycle Life | 3000+ | cycles |
| Energy Density | 160-180 | Wh/kg |
| Chemistry | LFP | |
| Capacity Retention @ -40°C | 80%+ |
Applications
Arctic Research Equipment
Military Applications
Cold Climate Energy Storage
Extreme Weather Devices
High-Altitude Operations
Polar Expeditions
Success Stories
Arctic Research Station
Challenge
Need reliable battery system for research in -35°C environment
Solution
JHY low-temperature LFP with integrated thermal management
Result
Successfully operated for 2+ years in arctic conditions with 99% uptime
Military Cold Weather Operations
Challenge
Equipment must operate reliably in extreme cold without degradation
Solution
Custom low-temp LFP pack with -40°C rated BMS
Result
Deployed in arctic operations, 100% mission success rate
How We Compare
| Manufacturer | Min Temperature | Price | Delivery Time |
| CATL | -30°C | Higher | 14-18 weeks |
| BYD | -30°C | Higher | 12-16 weeks |
| JHY | -40°C | Competitive | 5-7 days |
Frequently Asked Questions
How does cold affect battery performance?
Our LFP chemistry maintains performance down to -40°C. Performance gradually decreases below that temperature. We maintain 80%+ capacity retention even at -40°C.
Do you offer thermal management?
Yes, we offer integrated thermal management systems for extreme cold applications. These systems help maintain optimal operating temperature.
What is the cycle life in cold?
Cycle life remains 3000+ cycles even in cold environments with proper thermal management. LFP chemistry is inherently more stable in extreme temperatures than other chemistries.
Can you customize for specific temperatures?
Yes, we can optimize batteries for specific temperature ranges. Contact our engineering team for custom solutions.
How does LFP compare to other chemistries in cold?
LFP (Lithium Iron Phosphate) is superior to Li-ion in extreme cold. It maintains better capacity retention and has better safety characteristics.
Ready for Extreme Conditions?
Contact our expert team to discuss your low-temperature requirements