A snapshot of recent engagements — from eight-year fleet analytics to hands-on component campaigns and technician training. Every figure below comes from actual project records.
Eight years of operational data (2018–2026) analysed across the full fleet to characterise yaw behaviour, vibration signatures and their correlation with wind conditions — providing the evidence base for targeted corrective campaigns.
Planned replacement and adjustment of yaw caliper units across selected turbines, with pre- and post-work vibration comparison to verify the intervention and quantify the improvement in yaw stability.
Leading-edge protection and structural composite repairs delivered on a scheduled outage window — defect mapping, repair execution and close-out documentation to OEM acceptance criteria.
Hands-on installation support — assistance with turbine lifting and erection, incoming inspection of spare parts on arrival at port, maintenance during the build phase, and lifting punch-list close-out and wiring work through to completion.
Supply of electrical components and major components for wind farm turbines — sourcing, quality-checked parts and documented delivery, with component repair and overhaul coordination that keeps corrective work moving instead of waiting on freight.
Technical training on wind turbine systems, delivered on site to client technicians at the project location — structured PPT programs prepared in-house covering mechanical, electrical and hydraulic fundamentals, maintenance practice and safe work methods.
Tell us the turbine platform, fleet size and scope — we'll come back with a structured, no-obligation proposal.
