BLADE
INSPECTIONS
WITH NO
DOWNTIME
An innovation from
Do your turbine blades need inspecting?
RomotionCam™ performs blade inspections, capturing high-resolution images for damage reports. RomotionCam™ is an innovative patented rotor blade monitoring technology performed while the wind turbine remains in full operations.
BLADE
INSPECTIONS
WITH NO
DOWNTIME
An innovation from
Do your turbine blades need inspecting?
RomotionCam™ performs blade inspections, capturing high-resolution images for damage reports. RomotionCam™ is an innovative patented rotor blade monitoring technology performed while the wind turbine remains in full operations.
Inspect
Capture high-resolution images
Collect and store data
Analyse
Damage assessment
Categorise damages
Report
Create blade inspections report
Secure data storage
Blade Inspections Innovation
RomotionCam™ Blade Inspections Advantages
No Downtime means efficient optimization of wind park by maximizing energy production of WTG.
Performs at high wind speeds and rotations up to 25 rpm.
RomotionCam™ can inspect 5 to 10 wind turbines per day with any blade length.
100% planning safety as damage detection is done at distance. Accident proof for manpower and equipment.
Blade inspections while producing energy. Stopping a wind turbine is a timely process with cost implications involving multiple parties communicating and arranging for downtime.
Only blade inspections method which captures high-resolution images whilst the turbine blade is under load/stress.
Optical data capture can be conducted in poor lighting conditions (cloudy & overcast).
No regulatory approvals required (worldwide) and no interference in the airspace. No infringement of image rights by making recordings of the visible horizon or objects behind it.
Performs blade inspections with a 360-degree view from 6 different points.
First & Only on-the-market blade inspection technique that completes inspections while the WTG is in full operation.
High-resolution images capture a clear 6 point view and measurements of damage.
The RomotionCam™ image metadata can be tailored to integrated into any client software interface and databank.
Blade Inspections Views Captured
Leading Edge
Trailing Edge
Pressure Side
Suction Side
Blade Inspections Views Captured
Leading Edge
Trailing Edge
Pressure Side
Suction Side
RomotionCam™ Dart
Damage Assessment Reporting Tool
DART gives you the ability to create your own damage blade inspections reports with ease.
• Upload high-resolution images taken by the RomotionCam™.
• Year-on-year comparison of turbine blade conditions for individual blades.
• Mark out damages and use drop-down menus to select types of damage, severity classification, repair recommendation and prepare comments.
• Customisable menus and branding.
• Radial distance on blade and span of the damage calculated automatically.
RomotionCam™ Dart
Damage Assessment Reporting Tool
DART gives you the ability to create your own damage blade inspections reports with ease.
• Upload high-resolution images taken by the RomotionCam™.
• Year-on-year comparison of turbine blade conditions for individual blades.
• Mark out damages and use drop-down menus to select types of damage, severity classification, repair recommendation and prepare comments.
• Customisable menus and branding.
• Radial distance on blade and span of the damage calculated automatically.
Damage Detection
RomotionCam™ blade inspections report indicates the damage sustained on each wind turbine blade providing detailed blade inspections information such as blade number, radial, location and type of each damage.
• Leading Edge Erosion (LEE)
• Vortex Generator Damage
• Lightning Strikes Damage
• Minor Blade Degradation
• Various Blade Cracks
• Blade Detachment
• Impact Damage
• Delamination
• Debonding
• Chips
Damage Detection
RomotionCam™ blade inspections report indicates the damage sustained on each wind turbine blade providing detailed blade inspections information such as blade number, radial, location and type of each damage.
• Leading Edge Erosion (LEE)
• Vortex Generator Damage
• Lightning Strikes Damage
• Minor Blade Degradation
• Various Blade Cracks
• Blade Detachment
• Impact Damage
• Delamination
• Debonding
• Chips