Our lithium iron phosphate (LFP) battery cells combine advanced core technology and strict production standards, featuring high energy density, extreme safety, and ultra-long service life—your reliable choice for multi-scenario power supply. Covering 2.5Ah-684Ah capacities, they fit needs from portable devices to large-scale energy storage projects.
🛡️
Extreme Safety
LFP chemistry + innovative thermal management. Passes nail penetration, extrusion, and short-circuit tests—no thermal runaway. Stable operation at -30°C to 55°C.
⏳
Ultra-Long Cycle Life
Low lithium loss tech + patented electrode materials. Up to 5000 cycles, supporting over 20 years of stable use, significantly cutting lifecycle costs.
⚡
High-Efficiency Output
Max power density 6000W/kg, excellent high-current pulse performance. 96.5% energy conversion efficiency for fast charging and long endurance.
Widely used in power tools, jump starters, new energy vehicles, hybrid buses, UPS, container energy storage, etc. Series/parallel combinations available for different voltage and power needs. Supports OEM/ODM customization for capacity, size, and protection functions.
Frequently Asked Questions
What is the estimated lifespan of the FF01 system?
The system features a cycle life of up to 5000 cycles, supporting over 20 years of stable use under standard operating conditions.
Is the battery system safe for extreme environments?
Yes, the LFP chemistry and innovative thermal management allow for stable operation between -30°C and 55°C. It has passed nail penetration and short-circuit tests.
What safety certifications do your products hold?
Our products meet global export standards, including UN38.3 and EUCAR certifications, with full quality traceability.
Can I request a customized capacity or size?
Absolutely. We support OEM/ODM services to customize capacity, physical dimensions, and protection functions to meet your specific project requirements.
What cooling and fire suppression systems are integrated?
The FF01 utilizes an efficient Air Cooling mode for thermal regulation and an Aerosol-based fire fighting system for maximum safety.
What is the energy conversion efficiency of these cells?
The cells provide a high energy conversion efficiency of 96.5%, ensuring fast charging and minimal energy loss during endurance cycles.