Blade + foundation in the same passport schema
Wind-turbine-blade and wind-monopile domains share the canonical CoatingPassport. Your O&M arm and your design-feedback loop consume one data product, not two.
For Vestas
Blade + foundation condition data for O&M, warranty, and design feedback.
Vestas operates one of the world's largest installed bases of offshore turbines. Hullproof reads inspection footage — drone for blades, ROV for monopiles — and emits structured CoatingPassport JSON calibrated to IEC + DNV standards. One data product feeds your O&M arm, warranty assessments, and design-iteration loops.
Leading-edge erosion → AEP loss link
Blade-domain severity for erosion is calibrated against DNV-RP-0573 leading-edge-protection loss-to-AEP curves. Quantitative input for warranty assessments and LEP campaign scoping.
Foundation fatigue feedback for design
Monopile-domain severity uses DNV-RP-C203 Palmgren-Miner cumulative damage indices, broken down by location (transition-piece grout, splash-zone, lower-section CP). Direct input to design-life updates.
OEM-friendly licensing
Hullproof passports flow through OEM O&M agreements without bespoke per-customer schema work. Your O&M contract becomes the data-licensing instrument.
Pilot scope
- • One wind park within an O&M agreement.
- • Existing blade-inspection drone + foundation ROV footage.
- • Per-asset passports flowing into Vestas' design + warranty workflows.
- • OEM-grade CoatingPassport licensing terms.