How to charge a DJI Agras in the field: a complete guide to working without interruption
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Agricultural drones such as the DJI Agras T25, T50, T70, and T100 allow large areas to be worked with maximum efficiency. However, their performance depends entirely on the availability of power in the field.
The biggest problem in real operations is not the drone, but battery charging.
Without an adequate energy system, the following occur:
- layovers between flights
- productivity reduction
- operational disruptions
- risk of damage to chargers
In this guide, you will learn how to charge a DJI Agras in the field safely, continuously, and professionally.
What does a DJI Agras need to charge batteries in the field?
Power requirements for DJI Agras charging:
- Power source: 220-240 V single-phase
- Power required: 8 kW to 18 kW depending on model
- Current type: stable and regulated
- Typical use: continuous charging during the agricultural workday
Recommended solution: professional drone generator designed for charging agricultural drones.
Power required according to DJI Agras model
Model
DJI Agras T25
Minimum power
8 000 W
Recommended power
10,000 W – 11,000 W
Recommended generator
-
10000W / 230VREMOTE START 50M
Model
DJI Agras T25
Minimum power
8 000 W
Recommended power
11 000 W
Recommended generator
-
11kW 400V / 11kW 230VELECTRIC START – IP67
Model
DJI Agras T50
Minimum power
12 000 W
Recommended power
15 000 W
Recommended generator
-
15kW 400V / 3 x 5000W 230VELECTRIC START – IP67
Model
DJI Agras T70
Minimum power
12 000 W
Recommended power
15,000 W – 18,000 W
Recommended generator
Model
DJI Agras T100
Minimum power
15 000 W
Recommended power
18 000 W
Recommended generator
-
18kW 400V / 3 x 6000W 230VELECTRIC START – IP67
Recommended generators for DJI Agras
18,000 W generator – maximum professional performance
Ideal for:
- DJI Agras T50
- DJI Agras T70
- DJI Agras T100
- intensive simultaneous loading
Technical advantages:
- 18 kW continuous power
- smart voltage regulation
- Stability for DJI chargers
- complete autonomy over working hours
15,000 W generator – optimized professional solution
Ideal for:
- continuous operations with T50 and T70
- fast and secure charging
11,000 W generator – professional solution for DJI Agras T25
Allow:
- rapid field charging
- continuous operation
10,000 W generator – efficient and portable solution
Ideal for:
- standard operations
- maximum mobility
How many batteries can you charge simultaneously?
Guidance table:
| Generator power | Simultaneous chargers | Recommended use |
| 10 kW | 1 | DJI Agras T25 |
| 11 kW | 1 | DJI Agras T25 Professional |
| 15 kW | 1–2 | DJI Agras T50 / T70 |
| 18 kW | 2+ | DJI Agras T50 / T70 / T100 Intensive |
Recommended professional configuration in the field
Typical setup:
- Genergy professional electric generator
- DJI Agras charger
- rotating batteries
- protected charging station
This allows for continuous operation without interruptions.
Optimal operating cycle
Recommended system:
- 1 battery in flight
- 1 battery charging
- 1 battery ready
Result: continuous operation throughout the day.
Common mistakes when charging agricultural drones
Using insufficient generators
It may cause:
- slow charging
- charger failures
- electrical damage
Using unstable power
Risks:
- permanent damage to chargers
- reduction in battery life
Conclusion
Using a professional generator is the only reliable solution for charging DJI Agras drones in the field and ensuring continuous, safe, and efficient operation.
Generators designed specifically for agricultural drones maximize productivity and eliminate interruptions.
Frequently asked questions
What generator do I need to charge a DJI Agras?
It depends on the model:
- T25: 10,000 W – 11,000 W
- T50 / T70: 15,000 W
- T100: 18,000 W
Can a DJI Agras be powered by any generator?
No. It must provide sufficient power and stable voltage.
Is an inverter generator or a conventional generator better?
The important thing is that it is a professional generator with stable regulation and sufficient power.
How many batteries do I need to work continuously?
Normally:
- minimum 3 batteries
- continuous rotary system
