Takeoff and hovering demand immense continuous and pulse discharge rates (often 10C–15C+). Tenpower leverages advanced tabless cell architecture and low-impedance electrode formulations, which drastically lower internal resistance (DCR) and minimize Joule heating. This design enables high burst power output, maintains stable operating temperatures under heavy continuous loads, and significantly mitigates thermal management overhead in multi-rotor and tilt-rotor eVTOL applications.

Industrial & Specialty UAVs (Power & Peak Pulse-Driven):

Due to the limited number of cells in the pack, the aircraft imposes extreme demands on continuous and peak pulse discharge capabilities. Therefore, ultra-high-rate, ultra-low internal resistance cell specifications (such as high-rate tabless cylindrical or pouch cells) are the preferred choice for tactical, inspection, and high-mobility drones—ensuring instant power bursts, superior wind resistance, and reliable maneuverability under peak loads.

Urban Air Mobility & Transport Aircraft (UAM/eVTOL, Balanced Density & Cost):

Commercial transport aircraft prioritize the optimal balance between flight range, payload capacity, and operating costs. Beyond delivering necessary take-off/landing power, high-capacity, medium-to-high discharge cells (such as high-density 21700 or large cylindrical cells) are widely deployed. This approach ensures robust peak power while maximizing cruising range and lowering total lifecycle battery costs.

High-altitude flight and winter operations often expose batteries to sub-zero environments, which cause voltage drop and capacity loss. Tenpower’s tailored low-temperature electrolytes and surface-modified cathode materials ensure reliable discharge down to -20°C to 0°C with reduced capacity fade, while maintaining high thermal stability and cycle life in hot operating environments.

Tenpower cells are manufactured under stringent quality management systems. Our product lines hold key international safety and transport certifications, including UN38.3, UL1642, IEC 62133, RoHS, and REACH, ensuring full compliance and frictionless integration for global UAV OEMs and aerospace supply chains.

Flight endurance in cargo and delivery drones directly depends on the usable gravimetric energy density (Wh/kg) under sustained discharge. Tenpower’s high-capacity 21700 cell series features advanced high-nickel cathodes and silicon-doped anodes, delivering industry-leading energy density while maintaining a flat discharge voltage curve. This enables logistics drones to carry heavier payloads over longer distances without premature low-voltage cutoffs.

Yes. While traditional LiPo pouch batteries degrade quickly and pose puncture risks, modern high-drain cylindrical cells (especially tabless 18650 and 21700 models) deliver continuous discharge rates of 40A–60A+ and burst pulse capabilities exceeding 100A+. They provide equivalent throttle responsiveness and dynamic power output with significantly higher cycle life, better mechanical durability, and lower degradation rates over repeated high-stress flights.