AI-powered thermal imaging analysis platform that detects hotspots, identifies defects, and generates comprehensive inspection reports for solar panel maintenance.
Everything you need for comprehensive solar panel thermal inspection and analysis
AI-powered algorithms automatically identify thermal anomalies, hot cells, and potential defects in your thermal imagery with high precision.
Advanced computer vision segments individual panels and sub-cells, enabling detailed cell-level analysis and T.R.C identification.
Machine learning classifies defect types: snail trails, PID, hot cells, diode failures, soiling, and more with detailed descriptions.
GeoTIFF support with automatic georeferencing. View panels on interactive maps with GPS coordinates and export to shapefiles.
Generate professional PDF reports, CSV exports, and GIS-compatible shapefiles for documentation and maintenance planning.
Process large orthomosaics efficiently with our cloud infrastructure. No need for expensive local hardware.
Simple 3-step workflow from upload to actionable insights
Choose your solar farm from saved locations or add a new site with GPS coordinates and capacity details.
Upload your RGB and thermal orthomosaic images. Supports GeoTIFF with automatic coordinate extraction.
AI detects panels and hotspots automatically. View results on map, analyze data, and export reports.
Real-world examples of thermal analysis and defect detection
Automatic segmentation of thousands of panels from orthomosaic images with cell-level precision.
Color-coded severity levels help prioritize maintenance. Critical issues highlighted in red.
Interactive statistics, severity distribution, and trend analysis for data-driven decisions.
Get in touch for demos, pricing, or technical support
Advanced thermal imaging analysis platform for solar farm inspection, maintenance optimization, and performance monitoring.
123 Solar Tech Park, Renewable Energy District
Chennai, Tamil Nadu 600001, India
+91 44 1234 5678
info@thermalvision.pro
Monday - Friday: 9:00 AM - 6:00 PM IST