Wind Turbine Inspection Solutions
Drones can easily remotely access onshore and offshore assets without rope access, ground platforms & with less personnel required.
Blade and tower issues result in a lack of productivity, lost revenue and financial liabilities. We can survey turbines regularly to ensure maximum reliability, productivity and profitability.
We use drones to inspect wind turbines blades and towers, specifically looking for:
– Catastrophic failure / failure points
– Osmosis
– Rotor hub defects and damage
– Tower seam degradation
– Leading edge erosion
We use drones to inspect wind turbines blades and towers, specifically looking for:
– Catastrophic failure / failure points
– Osmosis
– Rotor hub defects and damage
– Tower seam degradation
– Leading edge erosion
Wind turbine generators with developing issues are an increasing danger for serious accidents but are difficult to identify. Using our in-house methods combining optical and thermal sensors, we can inspect the blade composite materials for sub-surface damage before it’s visible to the human eye.
Traditional manned survey methods take 3 x days to complete a blade inspection for 1 x wind turbine.
Solar Farm Inspection Solutions
Solar farms can cover large surface areas; assessing the condition and orientation of all components is a time consuming and high-risk process.
OASIS offers efficient solar inspections from an aerial perspective, providing substantially quicker solutions compared to terrestrial options.
OASIS offers efficient solar inspections from an aerial perspective, providing substantially quicker solutions compared to terrestrial options.
Solar panel defect consequences result in lack of productivity, lost revenue and financial liabilities. OASIS inspections can identify:
– Panel defect/degradation identification
– Emissivity and efficiency of solar cells
– Panel defect/degradation identification
– Emissivity and efficiency of solar cells
OASIS uses thermal technology to consistently gather accurate data, allowing for a better understanding of the efficiency of a solar panel, aid predictive maintenance and help increase the lifespan of a solar panel.