Agricultural Drone Battery Solutions
High-capacity semi-solid drone battery packs built for heavy-payload agricultural spraying and granular spreading. Stable high-voltage platforms and low internal resistance chemistry provide dependable thrust and efficient field turnaround across demanding farm operations.
14S / 18S
High-Voltage System
66Ah
Max Single Pack
15C
Peak Pulse Discharge
Why Batteries Matter in Agricultural Drone Operations
Agricultural spraying and seeding sorties operate under tight seasonal windows where daily equipment uptime directly dictates farm productivity. Carrying 30L–50L liquid payloads or up to 50kg of granular fertilizer, agricultural drones push power systems to high continuous draws through frequent full-throttle ascents, high-ambient summer field conditions, and repetitive rapid recharging cycles.
High Continuous Discharge
Heavy spray payloads demand sustained discharge rates during full-throttle climb-outs without premature thermal buildup or sudden voltage sag.
Field Climate Adaptability
Farm operations subject battery packs to high summer ambient temperatures, continuous mechanical vibration, and humid agrochemical environments.
Stable Bus Voltage Regulation
Centimeter-level RTK positioning and multi-nozzle pump motors require rock-solid voltage stability across dynamic current fluctuations to prevent navigation lock drop.
Fleet Operating Economics
High usable cycle life and rugged pack construction reduce seasonal battery depreciation, lowering overall cost-per-hectare across commercial spraying fleets.
AervoEnergy Battery Solution for Agricultural Drones
AervoEnergy agricultural drone power systems are engineered around the real-world duty cycles of high-intensity field spraying. Utilizing low-impedance semi-solid pouch cells, our packs maintain stable terminal voltage under full-throttle climb-outs while keeping internal operating temperatures manageable during continuous sorties. Designed for efficient field generator turnaround, our battery solutions support smooth pack rotations for non-stop seasonal operations.
Supported Agricultural Drone Platforms
Large Agricultural Multirotor
Engineered for heavy multirotors carrying 30L–50L liquid tanks or granular broadcast hoppers. Low cell impedance prevents steep climb-out voltage drop, delivering steady thrust during full-throttle ascents.
Precision Crop Spraying Drone
Optimized for liquid atomization platforms requiring uniform electrical pressure across fluctuating pump loads. Weather-sealed wrap and corrosion-resistant terminals provide reliable protection against chemical drift.
Granular Broadcast Spreading Drone
Built for high-output centrifugal broadcast seeders running spreader motors concurrently with heavy propulsion thrusters. Thermal efficiency reduces core heat rise during peak midday operations.
High-Altitude Farm Mapping Drone
Designed for multispectral crop monitoring and aerial scouting platforms. High volumetric pack energy density extends single-battery flight endurance to cover broader farm acreage per sortie.
Core Advantages of Our Battery Solution
High Capacity & Energy Density
Pack energy densities up to 298 Wh/kg and capacities up to 66Ah deliver extended spray coverage while minimizing all-up battery dead weight.
Field Fast Charging & Low Heat
Low-impedance semi-solid cells generate less resistive heat during discharge and support rapid field generator recharging between sorties.
Stable Voltage Under Pump Load
Delivers a flat discharge plateau to ensure uninterrupted RTK centimeter positioning and stable nozzle pressure throughout the flight.
Durable Cycle Life (300–500+ Cycles)
Retains ≥80% capacity over hundreds of demanding heavy-load cycles, significantly reducing seasonal battery replacement and fleet operating costs.
