Ensuring Reliability and Performance of Wind Assets
Wind turbines are exposed to high cyclic loads, lightning strikes, and harsh environmental conditions that cause material fatigue and structural stress. Continuous assessment and preventive inspection are vital to avoid catastrophic failures and unplanned downtime.
BQCIS Wind Power Systems services deliver independent inspection and monitoring solutions for both onshore and offshore turbines. From blade and tower inspections to gearbox diagnostics and vibration monitoring, our experts ensure compliance with IEC 61400 and regional standards for mechanical integrity and safety.
We combine drone-based visual and thermal inspection with Advanced NDT and Condition Monitoring (CM) to identify damage early, verify structural stability, and extend the life cycle of your wind assets.
Key Integrity Activities
Key Benefits of Wind Integrity Assurance
Improved Reliability
Early detection of structural and mechanical issues reduces downtime and prevents major turbine failures.
Enhanced Safety
Regular integrity inspections ensure compliance with IEC 61400 safety standards and prevent high-risk incidents.
Reduced Maintenance Costs
Predictive condition monitoring enables targeted repairs, reducing costly unscheduled maintenance.
Extended Asset Life
Data-driven insights help plan component upgrades and refurbishments, extending operational lifespan.
Success Story
Drone Inspection Identifies Critical Blade Erosion
A major onshore wind farm operator needed rapid inspection of 60 turbines during a tight maintenance window. Traditional rope access inspections were too slow and weather-limited.
BQCIS deployed drones equipped with high-resolution optical and infrared cameras to conduct automated close-range blade inspections. The collected imagery was processed with AI-assisted defect detection and 3D mapping for precise damage quantification.
The survey identified leading-edge erosion and small surface cracks on 15% of blades. The client prioritized repairs using BQCIS defect reports, avoiding potential aerodynamic losses and saving over $800,000 in unplanned maintenance costs.