Recently, Chen Zhongwei’s team from the Dalian Institute of Chemical Physics, Chinese Academy of Sciences, announced the successful development of an ultra-low-temperature, high-specific-energy lithium battery. In February of this year, the team conducted a field test in Mohe City, Heilongjiang Province, successfully demonstrating the performance of their newly developed ultra-low-temperature, high-specific-energy lithium battery by powering a six-rotor drone in an environment as low as -36°C. This cutting-edge battery technology is expected to provide robust power support for critical applications such as polar scientific expeditions, border patrols, disaster relief operations, and logistics transportation.
2025-08-12
The high-energy-density lithium batteries equipped on the drone have demonstrated exceptional performance, boasting an energy density of up to 400 watt-hours per kilogram—a significant improvement over conventional lithium batteries.
2025-08-12
Precautions for Bringing Drone Batteries Onboard an Aircraft
Batteries must be individually insulated to prevent short circuits; damaged or swollen batteries are strictly prohibited from being carried. Additionally, new regulations effective in 2025 require packaging to pass a 3-meter stacking test, ensuring safe transportation.
2025-08-12
No. 9, Tianshan Road, Chemical Industry Cluster Zone, Guanzhuang Industrial Area, Nanyang City, Henan Province