Maximising Energy Production and Reducing Fatigue
Proper blade alignment in wind turbines is crucial for maximising energy production and reducing fatigue. This article explores a system that addresses pitch misalignment, enhancing turbine efficiency and longevity by ensuring each blade is pitched at the same angle. Pitch misalignment in wind turbines can significantly impact performance. When the blades are not uniformly pitched, it results in decreased aerodynamic efficiency and increased mechanical stress. Various factors can cause blade pitch to become misaligned, such as wear and tear on mechanical components, temperature variations, and human error during maintenance.
By Matthew Stead, Chief Product Officer and Co-Founder, eologix-ping, Australia
Wind turbines rely on precise blade alignment to function optimally. Continuous monitoring of blade pitch as part of a proactive approach to maintaining this alignment ensures that each blade is pitched correctly.
