H1: DJI FC100 Solar Cleaning Payload: Solve All Pain Points of Manual PV Panel Cleaning

Dust, bird droppings and salt stains accumulated on solar panels will reduce power generation efficiency by 10%-30%, leading to revenue losses for solar farms.Traditional manual cleaning has many drawbacks: high labor cost, fatal high-altitude risks, huge water waste, easy panel damage and poor management.Exclusively designed for DJI FlyCart 100 drone, our FC100 solar cleaning payload fixes all these issues, supporting intelligent maintenance for ground solar farms, rooftop PV and agrivoltaic projects.

H2: 5 Main Pain Points of Manual Solar Cleaning

1.High cost & low efficiency

Cleaning large PV areas takes days or weeks; labor and transport costs rise sharply at remote sites. Delayed cleaning causes continuous power loss.

2.Serious safety hazards

Workers face falls and electric shocks while working at height. Owners have to pay huge compensation and fines once a

ccidents occur.

3.Massive water consumption & poor terrain adaptability

Manual washing wastes excessive water, not suitable for arid areas. Staff cannot clean sloped mountains, narrow rooftop gaps and complex agrivoltaic layouts.

4.Uneven cleaning & permanent PV panel damage

Uncontrollable scrubbing scratches glass and causes cell cracks, triggering hotspots and shortening panel lifespan. Stubborn stains can never be removed thoroughly.

5.No intelligent digital management

No real-time cleaning data recording, impossible to schedule maintenance for scattered solar stations remotely.

H2: How FC100 Payload Solves These Problems

Cut labor cost & boost cleaning efficiency
Weighs under 8kg without water tank, with 1/4 quick-disconnect mount for fast installation. One drone equals 15-20 workers, saving over 60% labor expenses.

Zero high-altitude operation risks
All operations are remotely controlled on the ground. No scaffolding or lifting equipment needed, all fall & electric shock risks are eliminated.

Water-saving design fits all complex scenarios
Equipped with an 80L water tank and triple nozzles, water consumption reduced by 80%. 4 optional nozzle angles cope with dust and coastal salt corrosion.

10-15MPa adjustable high pressure: deep cleaning without panel damage
Dual 2500W pumps support stepless adjustment of pressure, flow rate and swing angle. Cleaning rate exceeds 98%, effectively preventing hot spot defects.

PSDK linkage + 5G cloud for 24/7 unattended O&M
Native DJI PSDK communication ensures real-time data synchronization. Managers can assign cleaning tasks and check reports remotely via cloud platform for multi-site unified management.

H2: Core Specifications

Net weight (without tank): ＜8kg
Pressure: 10~15MPa | Dual 2500W water pumps
Flow: 5~20L/min | Electric swing angle: 5°~65°
Nozzle angles: 0°/15°/25°/40° interchangeable
Protocol: DJI PSDK | Water tank: 80L
Mount: 1/4 quick disconnect

H2: Application Scenarios

Utility ground solar farms, commercial rooftop PV systems, agrivoltaic stations, coastal salt fog sites, mountain sloped PV arrays

H2: FAQ

Q1: Is it fully compatible with DJI FC100 drone?

A1: Yes. With native PSDK linkage and quick mount, no drone modification is required.

Q2: How much can power output increase after cleaning?

A2: 10%-25% power efficiency improvement after removing light-blocking contaminants.

Q3: Will high-pressure water damage photovoltaic panels?

A3: All parameters are adjustable. Proper nozzle matching ensures gentle yet effective cleaning without scratches or microcracks.

Conclusion

Traditional manual cleaning cuts down solar farm profits constantly. DJI FC100 solar cleaning payload replaces dangerous manual work with drone automatic cleaning, featuring safety, water conservation and cost reduction. It is the ideal upgrade solution for all PV operation & maintenance companies.Contact us to get technical catalog and field test videos.