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RENEWABLE ENERGY

Drones in Renewable Energy

Blade-level inspection at 3m standoff, panel-level thermal on solar arrays, radiometric substation surveys — inspect without rope access, monitor without downtime, report on-spec for O&M and warranty claims.

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Since 2016
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Turnaround on Deliverables
Why Drones for Renewable Energy

Inspect Smarter,
Maximise Uptime

Drones are transforming how renewable energy operators inspect and maintain their assets. Wind turbine blades, solar panel arrays, and substation infrastructure can all be inspected from the air – eliminating costly downtime and dangerous manual access.

Our energy sector drone services are designed for wind farm operators, solar developers, and infrastructure managers who need reliable inspection data without taking assets offline.

  • Close-range blade inspection without turbine shutdown
  • Thermal imaging to detect underperforming solar panels
  • Construction monitoring for wind and solar farm developments
  • Environmental baseline surveys for planning applications
Zero Downtime
Inspect without taking assets offline
Blade-Level Detail
Sub-millimetre defect detection
Full Coverage
Entire wind farm or solar array
60% Savings
Compared to rope access inspection
Our Services for Renewable Energy

Drone Services for the Energy Sector

From blade-level turbine inspection to full solar farm thermal surveys, we deliver the data energy operators need.

Wind Turbine Inspection

45MP stills at ~3m standoff across leading edge, trailing edge, pressure side, and suction side on all three blades. Turbine yawed and blades locked for 30–45 minutes per unit — no cherry picker, no rope team.

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Solar Farm Inspection

Radiometric thermal plus RGB on the same flight. Each hotspot is panel-level georeferenced, so the O&M crew walks straight to the exact module without a secondary inspection sweep.

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Thermal Imaging

Substation, inverter, and transformer hotspot surveys — radiometric with temperature calibration, timestamped, and formatted for insurance and warranty-claim submission.

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Construction Monitoring

Scheduled captures during wind/solar farm build-out — cable trenching, foundation pours, substation compound, crane lifts — archived against programme milestones for the monthly PM report.

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Environmental Survey

Pre-construction ecological baselines, breeding-bird survey support, and post-construction monitoring across NIS-zoned sites — aerial imagery that underpins the ornithologist’s and ecologist’s chapters.

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LiDAR Survey

Grid-connection cable route surveys and vegetation-clearance transects around overhead lines. Terrain filtered from canopy in a single pass — useful where photogrammetric tree heights would be ambiguous.

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Wind farm turbine inspection
FEATURED PROJECT

Annual Blade Inspection Programme for Onshore Wind Farm

Full visual and thermal inspection of all turbine blades across a 15-turbine onshore wind farm in the west of Ireland. The drone inspection programme replaced rope access teams, completing the entire site in three days rather than three weeks – with no turbine downtime required.

15 Turbines
All Blades Inspected
3 Days
Complete Site Coverage
60%
Cost Saving vs Rope Access
View Full Case Study
How It Works

Three Simple Steps to Your Inspection

We handle everything – airspace permissions, safety planning, data analysis. You keep generating energy.

1

Scope Your Project

Share your asset details and inspection requirements. We’ll provide a fixed-price quote within 24 hours, including multi-site programmes.

2

We Inspect

Our certified pilots capture high-resolution visual and thermal data of your assets – blades, panels, infrastructure – with minimal operational impact.

3

Report Delivered

Receive a detailed inspection report with defect classification, severity ratings, and annotated imagery within 2 working days.

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FAQ

Renewable Energy Drone FAQs

Common questions about drone inspection for wind, solar, and energy infrastructure.

It depends on the inspection type. For basic visual surveys, turbines can remain operational. For detailed blade inspections requiring close-range imagery, we request that the turbine be yawed and blades locked in position for the duration of the inspection – typically 30–45 minutes per turbine. This is significantly less downtime than rope access or platform-based methods.
Our high-resolution cameras can detect surface cracks, leading edge erosion, lightning strike damage, delamination, gel coat defects, and debris impact marks. Thermal sensors can also identify subsurface delamination and water ingress. All defects are classified by severity and mapped to specific blade locations in the inspection report.
Thermal imaging reveals hotspots caused by defective cells, failed bypass diodes, damaged connections, and soiling. These issues are invisible to the naked eye but cause significant power loss. A single thermal drone flight can survey an entire solar farm in hours, identifying every underperforming panel for targeted maintenance.
Currently, our operations focus on onshore wind farms and near-shore installations accessible from land. For offshore wind inspection enquiries, please contact us to discuss your specific requirements and we can advise on feasibility based on the site location and distance from shore.
We recommend annual blade inspections for wind turbines and biannual thermal surveys for solar farms. More frequent inspections may be warranted after severe weather events, or for assets approaching the end of their warranty period. We offer multi-year inspection programmes with preferential rates.
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