Now accepting beta pilots

Find panel defects before they cost you

Upload your drone thermal captures. Heliovue's AI detects hotspots, cracks, and underperforming panels — then generates a ready-to-send inspection report.

RGB Orthophoto
Thermal Analysis
3 anomalies detected

Purpose-built for solar thermal inspection

Radiometric °C-calibrated thermal
RGB + LWIR Georeferenced orthomaps
YOLOv8 AI Defect detection
IEC 62446-3 Styled PDF reports

From drone flight to inspection report

Three steps. No manual image sorting, no pixel-by-pixel scanning.

1

Upload Your Captures

Drag and drop your DJI thermal + RGB images. Heliovue auto-pairs multispectral frames and organizes them by flight.

2

AI Detects Defects

Our YOLOv8 model scans every panel for hotspots, cracks, diode failures, and shading issues — calibrated to real °C values.

3

Get Your Report

Receive a georeferenced orthophoto with annotated anomalies and a professional PDF report ready to hand to your client.

Built for pilots who inspect solar

Everything you need to go from raw thermal data to actionable insights.

Radiometric Thermal Analysis

DJI Thermal SDK integration decodes absolute temperature values from R-JPEG frames — not just relative heat maps. Every pixel is calibrated in °C.

AI Defect Detection

YOLOv8 model trained on thousands of real solar panel thermal images. Detects hotspots, substring failures, PID, cracked cells, and bypass diode issues.

Orthophoto Mapping

Stitches your drone images into georeferenced orthophotos (RGB + LWIR) served as cloud-optimized GeoTIFFs. Pan, zoom, and inspect any panel on the map.

Automated Reports

IEC 62446-3 styled PDF reports with annotated thermal imagery, anomaly catalog, severity classification, and GPS coordinates for every finding.

Get early access

Join the beta and help shape the future of solar inspection. Free during beta.

No credit card required. We'll reach out within 48 hours.

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