Aerox converts drone-captured site data into severity-ranked defects, geotagged evidence, and closed-loop maintenance action — detecting module, string, soiling, and J-box issues before they become permanent damage.
Solar assets fail quietly. Hotspots, soiling, biofouling, module defects, and blade-adjacent balance-of-plant issues can reduce production for months without being visible from ground level. Aerox pairs autonomous thermal and RGB capture with defect detection to surface exactly what's degrading performance — and exactly where to send a crew next.
| Service Area | What Aerox Looks For | Client Value |
|---|---|---|
| Thermal Inspection | Hotspots, abnormal temperature deltas, J-box overheating, bypass diode issues, inactive or underperforming cells, string-level patterns. | Early issue detection, reduced escalation risk, better prioritization of high-impact repairs. |
| RGB Visual Inspection | Glass defects, visible cracking indicators, damaged modules, frame damage, cable/connector concerns, soiling patterns, vegetation encroachment. | Clear visual evidence, faster troubleshooting, stronger maintenance instructions. |
| Biofouling & Soiling Screening | Mold, biological growth, dust/soiling clusters, bird-related contamination, and repeat contamination zones. | More targeted cleaning, reduced unnecessary washing, better yield-recovery decisions. |
| Trend & Recurrence Tracking | Repeat hotspots, recurring mold/soiling zones, defect concentration by block, risk zones that worsen over time. | Better root-cause analysis and more strategic O&M planning. |
| Post-Maintenance Verification | Confirms that fixes, panel replacements, cleaning, or contractor actions actually resolved the original issue. | Closed-loop accountability and measurable maintenance impact. |
Every solar engagement follows a structured, repeatable campaign — so results are consistent across sites, seasons, and inspection cycles.
Safety and access alignment, mission planning, inspection grid setup, and deliverable definition.
Thermal + RGB capture across the full PV field, with targeted passes over known concentration zones.
Thermal anomaly detection, visual review, and correlation of indicators against known risk patterns.
Executive summary, defect heatmap, prioritized findings, evidence pack, and full data archive.
Key findings, risk zones, and recommended actions in one executive-ready document.
Plant-level anomaly heatmap and zone mapping for targeted maintenance routing.
Critical, major, and minor findings ranked so crews fix the right issue first.
Geotagged thermal and RGB imagery, with comparison against previous campaigns.
