Solar & Wind AI Inspection

Thermal and radiometric RGB payload combinations to find micro-faults instantly. Ensure maximum generation capacity while completely removing rope-access risks.

Schedule an Inspection

Maximize Efficiency.
Minimize Downtime.

Manual inspections of utility-scale solar farms or towering wind turbines are incredibly slow, highly expensive, and physically dangerous. By combining industrial drones equipped with radiometric thermal cameras and zoom lenses, we capture thousands of high-resolution data points in a fraction of the time.

But data collection is only half the battle. Our proprietary AI pipelines instantly analyze the imagery—identifying edge delamination, leading-edge erosion, hotspot diode failures, shading issues, and dirt accumulation with over 99% accuracy.

Key Deliverables:

  • ✓ Complete visual and thermal GIS mapping of solar arrays
  • ✓ Pinpointed anomaly reports with exact GPS coordinates
  • ✓ 3D structural modeling of wind turbine blades
  • ✓ AI-generated severity gradings for targeted maintenance scheduling

10x Faster Than Manual Checks

Inspect MWs of solar capacity or multiple turbine towers per day.

Drastically Improved Safety

No more scaffolding, cranes, or rope access teams. All visual data is captured safely from the ground.

Automated AI Detection

Human eyes easily miss micro-cracks on blades or subtle temperature deltas on panels. Our AI doesn't.

A Seamless Process

1

Site Parameterization

We review your site layout, terrain details, and turbine/panel specifications.

2

Automated Aerial Scanning

The drone executes a grid-pattern mission, capturing overlapping RGB and Thermal imagery.

3

AI Ingestion

Gigabytes of imagery are fed into our machine learning algorithms which flag abnormalities.

4

Actionable Dashboard Delivery

You receive a comprehensive, interactive digital report with severity labels and geo-tags.

Frequently Asked Questions

In solar panels, we easily spot PID, string failures, bypass diode failures, module shading, shattering, and soiling.
Yes, the turbine rotor must be braked and locked during the 15-20 minutes of flight.
Yes! Our industrial multi-rotors have high wind resistance and IP ratings for maritime environments.

Ready To Inspect?

Protect your energy investments with faster, safer, and smarter inspections.

Direct Contact

info@dronow.ai

+49 176 55376020