Essentials for Selecting Agricultural Drone Batteries: Analysis of Voltage, Capacity, and Return on Investment
Starting Part
Agricultural drones are widely used in agriculture. Choosing the appropriate battery is an important factor related to work efficiency, downtime and income. This guide focuses on related aspects for discussion.
The battery voltage of agricultural drones is generally in the range from 22.2V (6S) to 44.4V (12S) and higher. The high – voltage system has a high power – to – weight ratio, high flight efficiency and good heavy – load performance, but it needs to be compatible with components.
The energy storage status is measured in mAh or Ah, and this measurement will have an impact on the flight duration. High capacity leads to longer flight time but increases weight, while low capacity is lighter in weight but needs to be replaced frequently. Usually, a battery that can support an effective flight time of 15 to 25 minutes is chosen.
ROI Calculation
The calculation of return on investment is related to the battery’s usage time, operation efficiency, equipment downtime cost, and replacement frequency.
Purchase a battery worth $500, which can be recycled up to 300 times. It involves an area of 20 acres per day, and the cost per acre is $15. During the service life of the battery, the total income is $90,000. The return on investment is calculated to be 17900%.
Optimal Practice
Select a brand that is recognized by the public and can work in coordination with drones. This brand has a battery management device, a high-quality charger and pays attention to matters related to storage.
Conclusion
Choosing the right battery is related to performance and economic benefits. We need to consider voltage, capacity, and also optimize the fleet and return on investment. Low – cost batteries may not be cost – effective.
Contact the drone power plant.
