Comprehensive technical review and validation for wind energy projects.
Independent technical review of a wind farm's overall viability which involves checking the wind resource assessment methodology, energy yield estimates, site suitability, layout optimization, and whether the project design aligns with applicable standards. (e.g., IEC 61400 series).
A broader risk assessment done for investors, lenders, or acquirers which covers:
Structural review of all types of WTG foundations against geotechnical data, loading conditions from the turbine manufacturer, and design codes (IEC 61400-1,6,Eurocode, or local codes).
Review/verification of type testing and certification activities — mechanical loads testing, power performance, noise, power quality, blade testing — to confirm they were conducted per IEC 61400-12, -13, -21, -23 etc. and that results support the turbine's certified design basis.
On-site or remote inspections during manufacturing, transport, construction, commissioning, covering blade inspections, tower/foundation inspections, electrical systems, drivetrain, and general quality/workmanship checks, often including drone-based blade inspections.