S05 · Drone

Drone Thermography

Catch the defects the eye can't, by scanning them all. We scan every module of a large plant in a short time to quantitatively select hot-spots, bypass-diode faults, string breaks and other defects hard to spot by eye.

Engagement: Per dispatch
SLA: Full scan
Recommended scale: Large plants

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Why

A full scan means zero missed defects.

The bigger the plant, the less a visual or sample inspection can catch. Drone thermography scans every module fast and reveals the source of losses in data.

Full

Every module scanned

Not a sample — every module scanned without gaps in a short time.

3 types

Hot-spot, break, bypass

Hot-spots, bypass-diode faults and string breaks selected quantitatively.

GIS

Shading & loss analysis

GIS-based location analysis diagnoses the source of shading and losses in data.

What we offer

What's included

Full-scan imaging, defect selection, GIS analysis, drawing consistency and reporting — the whole full-scan diagnostic process.

Full module imaging

A single flight collects images of every module across the entire plant.

Hot-spot precision selection

Quantitatively classify defective modules from thermal heat patterns.

Defect-type diagnosis

Select hot-spots, bypass-diode faults and string breaks by type.

GIS-based shading analysis

Analyze location-based shading and the source of losses with GIS.

Layout-drawing consistency check

Verify that the actual installed layout matches the drawings.

Full-scan diagnostic report

A report with full imagery, defect selection, GIS shading and drawing consistency.

Process

Onboarding process

From inquiry to diagnostic report, adjusted to weather and size.

Step 01
Inquiry & consultation
Confirm plant location and size and arrange the flight schedule and airspace approval.
1-2 days
Step 02
Info & drawing review
Review plant info and drawings to fix the imaging scope.
1-2 days
Step 03
On-site flight & full imaging
Image every module in a full scan by drone flight.
1 day
Step 04
Analysis & diagnostic report
Analyze thermal, GIS and consistency data and deliver the diagnostic report.
2-3 days

Our difference

Not a sample — every module.

We don't just image and stop. Beyond standalone diagnostics, it integrates as a precision diagnostic tool within O&M and pre-inspection Premium.

Full scan

Diagnose every module — not a sample — in a short time.

Quantitative selection

Classify defective modules with data, not by "suspicion."

Linked with O&M & pre-inspection

Beyond standalone diagnostics, it integrates as a precision diagnostic tool within O&M Premium and pre-inspection Premium.

Data capability

Combining GIS shading analysis, drawing consistency and long-term monitoring data.

FAQ

Frequently asked questions

On detectable defects, how it runs and deliverables. Add any further questions to your quote request.

What defects can you find?

Hot-spots, bypass-diode faults, string breaks and other defects hard to spot by eye are selected with thermal imaging.

Can I get it standalone?

Yes. It can be done standalone, and it can also be included in O&M Premium and pre-inspection Premium.

Does it work for large plants?

Because it's a full scan, the larger the plant, the greater the benefit.

How do I receive the results?

We provide full imagery, the defect selection results, GIS shading analysis and a drawing-consistency check as a report.

Pair the services you need before and after the operating phase. One company carries it through, from pre-inspection to O&M and precision diagnostics.

Let's talk

Catch the defects the eye can't, by scanning them all.

Tell us your plant location and size and we'll recommend an imaging schedule and diagnostic scope.

Request a quote →