Thermal inspections conducted in photovoltaic plants should not be limited to visual checks alone.
The IEC 62446-3 standard establishes a global technical framework by defining measurement accuracy, temperature analysis, camera calibration, and reporting methodology.
This ensures internationally recognized reports for investors, EPC companies, O&M teams, and insurance organizations.

Inspections performed with MapperX are:

• Fully compliant with IEC 62446-3, ISO 9712, and ASTM E1934 standards.
• Conducted using calibrated sensors with a temperature accuracy within ±2°C.
• Supported by a standardized data flow that enables comparable results across different plants.
• Structured in an auditable reporting format suitable for third-party quality verification.

MapperX’s powerful AI engine analyzes thermal and RGB data collected by drones within seconds.
Each report automatically detects faulty panels and is generated in PDF format in compliance with the IEC 62446-3 standard.

With a single click, you can create professional reports in Turkish, English, German, French, Portuguese, and many other languages.
A single platform for global operations — delivering multilingual and standards-compliant reporting solutions.

• Automatic Temperature Difference (ΔT) Calculation: Panel-based temperature analysis from thermal images is completed within seconds.
• AI-Based Anomaly Classification: Twelve different fault types — such as hotspot, PID, and bypass failure — are automatically labeled.
• Multilingual PDF Reports: Generate outputs in 11 different languages with one click and share seamlessly with global teams.
• Flight Data Integration: Drone flight altitude, GSD, and GPS coordinates are automatically embedded into the report.
• IEC 62446-3 Compliant Format: Every report is structured according to international thermography standards.
• Cloud-Based Access: Access your reports anytime, from any device.

MapperX processes each site inspection using a standardized data structure, ensuring that measurement results are comparable not only locally but also on a global scale. The platform calibrates temperature, reflection, emissivity, and GPS coordinates to produce reports that meet international accuracy standards.

Every analysis is recorded with a verifiable data chain, providing full traceability throughout the project’s lifecycle.

• Data Integrity: All measurements are timestamped, and field conditions are matched with reference values.
• Positional Accuracy: GPS-based panel mapping ensures that every fault point is geographically validated.
• Calibration Compliance: Measurement instruments are calibrated according to IEC 60904 and ASTM E2849 standards.
• Long-Term Monitoring: Periodic inspections on the same site are automatically compared with historical data.
• Verifiable Reports: Each report includes a digital signature and a unique ID for authenticity verification.
• Cloud Archive: All reports are securely stored in data centers, allowing retrospective access when needed.