Functionality Bending Moments Edgewise, Flapwise and Rotor monitoring shows unexpected behaviour and accelerated wear. Rugged design Fatigue Monitoring Captures load history over a period of time. Individual Pitch Control Adjusts the pitch of all rotor blades individually in real-time. Aerodynamic Imbalance & Pitch Misalignment Identifies difference in a single blade’s mean bending moment & mean of remaining blades. Rotor Mass Monitoring & Imbalance Changes can indicate ice build up, water ingress and gross blade damage. Acoustic Emissions Listens for changes in sound of the blades to indicate changes in performance and also monitor debris within the blade. Blade Resonance Provides insight into blade damage and gradual degradation over time. Tower Monitoring Strain monitoring allows fatigue calculations, bending moments monitoring the stability and freqency measurments. Our experienced team determine Rotor Bending Moment which algorithms suit your Transforms loads resolved into moments capturing requirements to provide impulses leading to accelerated drive train wear. enhanced functionality that continues to evolve as more sensor types and locations are explored. Pricing o昀昀ers 昀氀exibility, Monopile Monitoring ensuring maximum value from Strain monitoring allows fatigue calculations, your chosen algorithms. bending moments monitoring the stability.