Precision Inspections with Drone Thermography
Detect invisible faults before they impact generation and plant revenue. DSenergize utilizes enterprise thermal infrared drones to detect cell defects, hot spots, and string open-circuits with pinpoint radiometric accuracy.
Why Choose Aerial Thermography
Faster, safer, and infinitely more accurate than manual clamp-meter and handheld IR inspections.
Cell Hotspot & Micro-Crack Detection
Instant discovery of bypassed diodes, PID degradation, cell cracking, and localized overheating invisible to the naked eye.
IEC 62446-3 Audit Compliance
Full adherence to international aerial thermography standards for warranty claims, insurance underwriting, and EPC handovers.
10x Faster Than Manual Scanning
Survey up to 20 MW per day with autonomous pre-programmed drone flight paths, minimizing labor costs and hazard exposure.
Automated Geo-Tagged Punchlists
Generate comprehensive CAD/GIS overlay defect maps with precise module coordinates, fault severity triage, and estimated power loss.
End-to-End Aerial Thermal Workflow
Structured methodology delivering actionable GIS punchlists for plant O&M engineers.
Autonomous Flight Planning
Digital elevation modeling and automated waypoint grid pathing calculated for optimal thermal emissivity.
Dual RGB & Radiometric IR Capture
Simultaneous 4K high-res visual and 640x512 radiometric thermal infrared video/still acquisition.
AI Defect Classification
Machine-learning algorithm categorizing hotspots, string faults, PID, and soiling anomalies with severity scoring.
Actionable Punchlist & Orthomosaic
High-resolution orthomosaic map with exact component coordinates delivered for swift field remediation.
Identify & Resolve PV Hotspots with Aerial Diagnostics
Prevent generation loss, safeguard against fire risks, and substantiate warranty claims with certified reports.