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BAIMS

(Blade Artificial Intelligence Monitoring System)

Technology based on real structural dynamics

BAIMS directly analyzes blade stiffness through vibration data, detecting internal degradation before it becomes visible.

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Physical foundation

  • Blade structural stiffness is directly linked to its natural frequencies.

  • When stiffness decreases, modal frequencies decrease accordingly.

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Acceleration contains direct information about structural stiffness.

What the industry is not measuring

Current systems monitor:

  • SCADA

  • Drivetrain CMS

  • Visual inspections

  • Indirect load measurements

  • But none of them directly measure blade structural evolution.

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Structural degradation can progress for years before detection.

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Direct structural monitoring

BAIMS measures and analyzes the dynamic response of the blade in real operation, enabling structural characterization and early detection of degradation.

  • Real-time modal analysis

  • Natural frequency identification

  • Stiffness tracking

  • Early internal damage detection

WHAT IT MEASURES

  • Stiffness loss by section (%)

  • Evolution of modal frequencies for edgewise, flapwise, axial, and torsion.

  • Structural condition

  • Apparent structural age

  • Remaining Useful Life (RUL)

WHAT IT DETECTS

  • Internal delamination

  • Bonding failures

  • Microcracks

  • Progressive stiffness loss

A new technological category

  • SCADA → Operation

  • CMS → Drivetrain

  • Inspection → Visual

  • BAIMS → Internal structure

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