BHL36130216-100Ah-LFP Low-Temperature LiFePO4 Cell | Features & Applications
Ⅰ. Core Product Advantages
1. Stable Full-Range Discharge at -40℃ with Balanced High & Low Temperature Performance
Operating temperature: charging 0℃~40℃, discharging -40℃~55℃.
The cell retains ≥95% capacity at 55℃, delivers full rated capacity at room temperature, and maintains 95% capacity at 0℃. It reserves over 80% capacity under -40℃ extreme cold conditions with a low-temperature cut-off voltage of 2.0V. No external heating module is required, enabling direct operation of open-air energy storage systems in northern factories, cold storage and high-altitude areas, which greatly reduces the hardware cost of equipment temperature control.
2. 100Ah Large Capacity with 1C Continuous & 300A Peak Current Output
The 100Ah ultra-large single-cell capacity significantly extends continuous operating time of equipment. Adopting an ultra-low internal resistance design, it supports stable 100A continuous discharge and 300A instantaneous peak current with no obvious voltage drop during heavy-load startup. The surface temperature is well controlled within 70℃ during short-term discharge, effectively avoiding aging and capacity attenuation under long-term high-power cycling operation.
3. Inherent LFP High Safety & 3500 Ultra-Long Cycle Life
The LiFePO4 chemical system features excellent thermal stability with zero risk of fire or explosion. It maintains over 80% rated capacity after 3500 standard charge-discharge cycles, far exceeding the cycle lifespan of ternary lithium cells. It retains ≥85% residual capacity after 30-day full-charge static storage at room temperature with ultra-low self-discharge. Long-term storage is recommended at 10%–35% state of charge, requiring only one annual recharge maintenance for field energy storage equipment.
4. Full-Range Strict Safety & Environmental Tests
The cell has passed comprehensive rigorous tests including overcharge, deep overdischarge, external short circuit, 135℃ thermal shock, high-low temperature alternating cycle, three-axis swept vibration and six-direction drop, with no fire, leakage or explosion throughout all tests. The tough and flexible aluminum-plastic pouch, matched with a dedicated protection board, provides triple protection against overcharge, overdischarge and overcurrent, fully meeting high safety standards for energy storage power stations and engineering machinery.
5. Standardized Pouch Structure for Easy Large-Capacity PACK Integration
Featuring a standardized 36mm ultra-thin pouch size with single cell weight ≤2100g. Only resistance welding and laser welding are permitted, while tin welding is prohibited. There is no quantity limit for series and parallel connection, and series circuits only require fuse configuration without customized metal shell molds. It lowers cell matching difficulty and greatly improves mass production efficiency for large-scale energy storage battery packs.
Ⅱ. Industry Application Scenarios
Energy Storage Systems for Cold-Region Construction Machinery
Serving as large-capacity backup power for mining and engineering vehicles. The 100Ah capacity supports all-day operation with sufficient startup current at -40℃. The 3500 long-cycle lifespan effectively reduces cell replacement frequency and overall maintenance costs.
RV & Caravan Parking Energy Storage
Provides long-lasting power support for outdoor camping and engineering RVs. The inherent high safety of LFP materials adapts to enclosed cabin environments. It maintains stable voltage after static storage in extreme cold and reliably powers air conditioners and high-power electrical appliances.
Low-Temperature Backup Energy Storage for Field Base Stations
Ideal for backup power of communication base stations in plateaus and remote northern areas. Its low self-discharge performance reduces manual inspection frequency and ensures long-term stable power supply under drastic day-night temperature differences.
Low-Temperature Industrial Energy Storage Units
Applicable to cold storage AGVs and factory uninterruptible backup power supplies. It delivers durable cyclic performance in perennial low-temperature workshops with high safety resistance against short circuit and high-temperature risks.
High-Power Scientific Research Equipment for Polar & Alpine Regions
Suitable for large-scale field detection energy storage modules. With minimal capacity attenuation in extreme cold and ultra-long cycle life, it supports multi-quarter uninterrupted scientific research operations.
Ⅲ. Product Summary
The core competitiveness of the BHL36130216-100Ah-LFP cell lies in inherent LFP high safety, 3500 ultra-long cycles, 100Ah large capacity, -40℃ wide-temperature discharge and 300A peak current. It also integrates 152Wh/kg energy density, ultra-low self-discharge and easy pouch integration. Tailored for long-lifespan and high-safety scenarios such as large-scale cold-region energy storage, engineering machinery and RV power systems, it is equipped with complete charge-discharge specifications, professional large-capacity PACK guidance and one-year process warranty, serving as the preferred low-temperature large-capacity LiFePO4 energy storage cell.
