Solar Panel Inspection
Maximize energy yield with IEC-compliant thermal inspections.
Solar Thermography Overview
Drone Thermography employs UAV-mounted, high-resolution infrared sensors to perform rapid, non-invasive surveys of the entire PV array. By capturing precise thermal data under stable irradiance conditions, we detect and map temperature anomalies—such as hotspots, bypass-diode failures, string imbalances, and cell-level defects—before they adversely impact energy yield or escalate into safety hazards.
Key Benefits
Precise Fault Mapping
Pinpoint thermal anomalies with centimeter-level accuracy.
Comprehensive Coverage
Survey hundreds of hectares in a single flight.
Safety & Efficiency
Remote scanning keeps personnel away from high-voltage equipment.
Data-Driven Maintenance
Geo-tagged datasets drive prioritized repair schedules.
Standards-Driven Accuracy
Fully compliant with IEC 62446-3:2022 standards.
Rapid Turnaround
Complete inspection-to-report cycle in as little as 24-48 hours.
Our Process
A systematic approach ensuring safety, accuracy, and actionable results.
Site Assessment
Review layout, module specs, and shading to plan optimal flight paths.
Thermal Capture
Fly UAVs under >600 W/m² irradiance, capturing geo-tagged infrared frames.
Data Processing
Orthorectify, calibrate, and mosaic thermal imagery; run AI-driven fault detection.
Quality Assurance
Expert engineers validate results and upload finalized data to cloud.
"Precision in every flight, accuracy in every report."
Deliverables
Actionable data formats ready for your engineering teams.
Audit-Ready PDF
Detailed findings, corrective actions, and technical appendices.
CSV Export
All anomaly data (GPS, ΔT, severity) for seamless integration.
Executive Summary
Highlighting key metrics, trends, and ROI impacts.
Annotated Imagery
High-res maps with fault call-outs and temperature notes.