Wind Turbine Inspection Services by Drone
- 38 Download
- 667.57 KB File Size
- 1 File Count
- May 6, 2019 Create Date
- June 2, 2020 Last Updated
Please feel free to download our PDF related to wind turbine inspection services by drone and with our thanks.
If you want to be redirected to key information regarding wind turbine inspections by drone and these related services please follow this LINK or if you would like to visit our drone wind turbine blade inspection page please select HERE.
Our exceptional onsite wind turbine inspection services by drone include compliant drone flights, data management, risk mitigation, and compliance protocols allow us to deliver consistent repeatable results and ensure that we find and report defects as required but also that we safeguard our clients' wind turbine assets and interests.
For each wind turbine inspection services by drone project, we propose to:
Setup wind turbine inspection project collaboration system (shared folders)
Conduct fully compliant, wind turbine inspection services by drone
Provide an immediate in-house review/reporting of the image data for critical turbine blade defects
Upload the data for Ai software & analyst review
Receive and review the software-based/analyst findings
Generate summary report findings
Deliver reporting results to the Client team representative
Provide online login access to blade damage/data management system for client sharing and collaboration
Conduct project debrief to discuss defects and project results
Provide follow-up damage verification via SGS Canada (as required).
Wind turbine inspection services by drone will allow our clients to:
Characterize/baseline the condition of inspected WT blades.
Prioritize blade damage per below:
Critical (The turbine should be stopped. Immediate intervention suggested)
Serious (Major damage. Prompt repair recommended)
Substantial (Major defects: repair recommended within 3-6 months or before icing conditions)
Slight (Minor defects: repair is recommended within 6-12 months)
Take corrective actions to mitigate the risks related to significant damage.
Enhance contract, planning, and scheduling of repairs.
Document and record blade condition for all inspected assets before the end of the warranty period.
Aggregate defect data to:
Track damage progression over time
Develop improved maintenance procedures
Investigate as yet unknown and/or repeating defect on specific blade types
Better allocate limited wind technician resources
Implement predictive maintenance strategies to reduce the levelized cost of electricity production (LCOE).
Demonstrate diligence internally and/or to partners/owners.
Demonstrate diligence over the life of the WT to facilitate asset divestiture.
Adopt a consistent, innovative industrial process for blade inspections.