Thermal Inspection
Thermal data helps spot faults and underperforming panels early. For large solar sites, drone inspections cover more area in less time, without people walking rows. The goal is simple: reduce downtime risk, improve output, and catch safety issues before they escalate.
Ultimate solutions for solar panel inspections▾
Annual thermal inspections help detect hotspots and faults early, reducing downtime and preventing energy-yield losses. Thermal imaging can also be used for quality assurance, providing independent evidence of installation or maintenance work.
Ultimate solutions for building surveys▾
Identify heat loss and moisture anomalies across building façades and roofs. Ideal for industrial and commercial sites, supporting maintenance planning and energy-efficiency improvements.
Ultimate solutions for rescue and night operations▾
Thermal imaging enables reliable detection in low light or complete darkness, helping locate heat sources quickly. It can be used to find missing people, livestock, or equipment during night operations.
Common findings
Examples of issues we often see on solar sites.
Diode failure
A failed bypass diode can create a hot spot and reduce output on the affected panel.
String open circuit
A broken connection can take a whole string offline, causing a clear drop in generation.
String short circuit
Overheating or damage can short part of a string and lower efficiency.
Shade / trees blocking
Shade can cause uneven heating and long-term performance loss across an array.
Deliverables
A structured report, built for quick decisions.
Inspection summary
Site overview, flight notes, and a one-page snapshot of key findings.
Site plan (RGB ortho + thermal ortho)
Row- and module-referenced layout to quickly locate panels with anomalies.
Findings
Annotated thermal snapshots of affected PV modules, likely fault causes, and referenced panel locations.
Conclusion & recommendations
Summary of results with recommended actions and next steps.