Photovoltaic Power Plant
Find and locate solar array anomalies with paired visible and thermal records across the plant.
Get offerPain points
—Large solar sites are difficult to inspect panel by panel on foot.
—Thermal and visual datasets can be laborious to collect and interpret.
—Soiling or faults can reduce output before they are noticed.
Advantages
✓Aerial surveys cover rows efficiently and locate components for repair.
✓Repeatable visible and infrared capture supports systematic review.
✓Digital results can feed maintenance and analytics workflows.
Four approaches for solar sites
Use automated flights for routine coverage or portable thermal aircraft for targeted investigation.
DJI Dock 3 + Matrice 4TD
Schedule routine missions and centralize visible and thermal evidence through FlightHub 2.
- Repeatable array coverage
- Remote review of anomalies
- Data export to specialist analysis
DJI Matrice 30T
A foldable thermal platform for planned inspections across challenging solar sites.
- Integrated visual and infrared sensors
- Route reuse for repeat checks
- Precise location of affected modules
DJI Matrice 4T
A compact platform for thermal checks of industrial or smaller rooftop arrays.
- Quick deployment
- Visual and infrared capture
- Waypoint routes for repeatability
DJI Matrice 400 + Zenmuse H30T
Payload flexibility and high-magnification imaging support detailed follow-up across large facilities.
- Zoom and thermal payload
- Extended inspection missions
- Share observations with maintenance teams
Locate and verify faults
01 · Plan
Define rows, flight conditions and consistent imaging geometry.
02 · Collect
Capture paired visible and thermal views on scheduled or manual missions.
03 · Resolve
Analyze the imagery, locate suspect modules and confirm findings on site.
More applications
Discuss photovoltaic power plant
Tell ATTEX about the site, operating conditions and required deliverables. We can propose a suitable aircraft, payload and software workflow.
Get offer