Establishing UplinkOperations
Mission Profile
Solar Panel Thermal Inspection Workflow
How aerial thermal imaging identifies hotspots, string faults and panel defects in large-scale solar PV installations.
Sector
Renewables & Utilities
Service Type
Solar Panel Inspections
Output Type
Thermal anomaly imagery
01 · Context
THE SCENARIO
Manual inspection of commercial rooftop or ground-mount solar arrays is extremely slow. Radiometric thermal drones can audit thousands of panels per hour, identifying temperature anomalies that indicate faults, soiling or underperformance.
Key Focus
- Thermal anomaly imagery
- Hotspot identification
- Asset condition report
02 · Execution
DRONE CAPTURE WORKFLOW
01
Plan flight during suitable solar irradiance conditions.
02
Set radiometric thermal parameters and camera angles.
03
Capture high-overlap thermal and visual imagery across the array.
04
Process data to identify anomalies (hotspots, bypass diode faults, soiling).
05
Generate an anomaly schedule for maintenance teams.
03 · Results
POTENTIAL OUTPUTS
Thermal anomaly image set
Hotspot location map
Solar asset condition summary
Annotated defect images
Maintenance priority report
Operationally
Mature
04 · Impact
COMMERCIAL
VALUE
Rapid auditing of large solar portfolios
Early detection of faults to prevent energy generation loss
Visual evidence for warranty claims and O&M planning
Improved safety by reducing rooftop foot traffic
RELATED SERVICES
RECOMMENDED BUNDLE
PLANNING A SIMILAR
DRONE REQUIREMENT?
Tell us what you need to inspect, measure, monitor or visualise. Altitude Hire will recommend the right capture workflow and deliverables.