Find the yield you are already losing.

Soiling, cell faults and blade damage cost output quietly. We survey, clean and re-test so recovery is evidenced against measured performance rather than assumed.

The operating problem

Underperformance is invisible from the inverter until it is significant.
Manual panel-by-panel inspection is a season of work on a utility-scale site.
Blade inspection normally means rope access teams and curtailment.

50 MW

thermal survey in one day

What we do for renewables

Four services, delivered to one operating standard.

Utility-scale thermal solar survey

Fixed-path flight holds distance and angle of incidence to every panel, separating genuine cell and diode faults from soiling, vegetation or damage. 50 MW in a single day.

Capability detail

Aerial array cleaning

Row-by-row aerial washing restores array output quickly, using a fraction of the water of manual cleaning, with a thermal survey before and after so recovery is evidenced.

Capability detail

Blade, nacelle and tower inspection

Full wind asset inspection in one mobilisation: no rope teams, no crane, minimal curtailment.

Capability detail

Site modelling and vegetation mapping

Orthomosaics and 3D models for encroachment, drainage, ground condition and expansion planning.

Capability detail

What you receive

Documentation your engineers can act on.

String and module-level fault map

Before and after performance comparison

Blade damage register by severity class

Georeferenced orthomosaic of the site

Other sectors

Energy Pharmaceutical Construction Utilities Infrastructure Local Government Manufacturing Agriculture Ports Transport Water

Let's discuss your renewables assets.

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