High Capacity 22.2V Farm Drone Battery

AOVOLT uses high-rate power cells designed for agricultural UAV stability and can provide discharge test reports for wholesale and OEM customers. This helps buyers verify whether the battery can maintain stable voltage during full-tank takeoff, spraying and high-torque flight conditions.

Swelling is often caused by excessive heat buildup, over-discharge, overcharge or storing LiPo batteries fully charged for too long. The AVT-013 uses high-energy-density NCM cells .Proper balance charging and storage voltage management are still required

Yes. The battery is designed for discharge operation from -20celsius to 60celsius and charging from 0celsius to 45celsius. For high-temperature agricultural environments, 8AWG 10AWG silicone wiring and low-resistance cell design help support safer current transfer and thermal performance.

Lower-cost batteries may fail early due to cell imbalance, inflated C-rating or poor heat control. The AVT-013 is designed for 300+ industrial cycles, with up to 500 optimized cycles depending on usage conditions. For wholesalers, this can reduce warranty claims and improve customer retention.

For 12S 44.4V systems, anti-spark connectors such as AS150 or XT90S are recommended. If two 6S packs are used in series, both packs should be at the same voltage level before flight to reduce the risk of over-discharge or power imbalance during operation.