lanpwr batterie supports the 120W USB PD 3.1 fast charging protocol. Measured in an environment of 25±3°C, It can charge 80% of a 5000mAh battery in 30 minutes (compared to the traditional 60W solution which takes 45 minutes), improving the charging efficiency by 40%. The NMC 811 lithium electrochemical system it adopts, in combination with the intelligent BMS, enables the energy density to reach 280Wh/kg. Meanwhile, it controls the temperature rise of the battery cell during charging within ΔT≤8°C (the industry standard is ΔT≥15°C), significantly reducing the risk of thermal runaway.
The cycle life has been verified by the IEC 61960 standard. After completing 2000 cycles at a 1C charge and discharge rate, the capacity retention rate is ≥82%, which far exceeds the baseline of 500 cycles/capacity retention rate of 60% for consumer electronics batteries. At the Munich Logistics Exhibition 2023, an AGV manufacturer showcased a forklift equipped with lanpwr batterie. Through 140W fast charging piles, it achieved 80% charging in 15 minutes, extended the average daily operation time by 25%, and reduced the operating cost by 18%.
In terms of safety protection, its BMS integrates the functions of overvoltage protection (threshold ±5mV), short-circuit response (<200μs), and temperature monitoring (accuracy ±0.5°C), and has passed the UL 2054 and IEC 62135-2 certifications. Environmental adaptability tests show that it can maintain a charging efficiency of ≥70% within the range of -10°C to 50°C (the industry average is ≤40%), and can withstand a 100% RH saturated water vapor environment with a humidity tolerance of up to IP68 level.
Compatibility covering 5 v / 3 a to 20 v / 5 a PDO voltage rank, adapter 90% mainstream fast filling equipment. According to the study of Nature Energy 2024, the combination of such high power density (>300Wh/L) and wide temperature range performance Enabling the failure rate of lanpwr batterie in the field of new energy construction machinery to be as low as 0.005% (compared with 0.1-0.3% in the traditional scheme), the backup power supply system of Tesla Semi trucks adopts the same-origin technology. A 10-minute fast charge can support an emergency range of 50 kilometers.
In terms of cost control, large-scale production has reduced the manufacturing cost of a single 100Wh lanpwr batterie to $18.5 (a 35% decrease compared to 2020), and shortened the payback period to 1.8 years. The new EU battery regulation (EU 2023/1542) requires a cycle life of 3,000 times by 2030, while lanpwr laboratory data has exceeded 3,500 times, and the carbon footprint intensity is less than 15kg CO2/kWh. Comply with the ISO 14067 certification standard.