Detailed lifetime assessment with maximum technical accuracy.
Representative lifetime assessment with an optimized approach in terms of time and cost.
Preliminary assessment of lifetime and long-term failure risks.
Reliability modeling for the technical assessment of wind farm life extension.
Specific structural assessment to verify structural integrity and design margins.
Definition of aging management strategies to preserve structural integrity and ensure long-term service life.
Structured technical investigation to accurately identify the root causes of failures in wind turbine components.
Design of technical strategies to control damage progression and ensure safe asset operation.
Advanced data analysis combining SCADA data, CMS data, independent anemometry, strain gauges, and other relevant inputs to profile operational and production KPIs.
Development of aeroelastic models based on scans, measurements, and operational data to accurately reproduce the behavior of the wind turbine.
Assessment of wind turbine components to determine their structural and functional condition, combining visual checks, non-destructive testing (NDT), and, where applicable, laboratory analyses and testing.
Acquisition and analysis of geometric and structural data through instrumentation and measurement methodologies to characterize the actual conditions of each wind turbine.
Technical adaptations to enable wind turbines to operate under new conditions.
Technical assessment to support turbine replacement.
Wind–solar hybridization and renewable co-location projects.
Technical Due Diligence designed to provide technical clarity, reduce uncertainty, and deliver structured support in the acquisition, divestment, and financing of wind assets.
Technical support in claims related to failures, warranties, or manufacturing defects.
Advanced physical modeling integrating aeroelastic models, structural analysis, CFD simulations, and operational data to accurately assess the behavior and technical risks of wind turbines.
Review and adaptation of current maintenance plans to maximize availability and reduce costs.
ALL
TECHNICAL ARTICLES
INNOVATION PROJECTS
PRESS RELEASES
NEWS