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The strategic role of a complete yaw system in modern wind turbines

Published in: Wind, Think Tank, Exclusive Articles

The strategic role of a complete yaw system in modern wind turbines image

Next-generation wind turbines demand more than incremental upgrades. By rethinking the yaw system as a fully integrated solution, operators can capture more energy, extend component life and reduce total cost of ownership.

As wind turbines grow ever larger, reaching outputs of 21 MW and beyond offshore, the yaw system has become critical to keeping them performing reliably over the long term. More than a mere orientation mechanism,
the yaw system, when designed as a fully integrated solution combining motor, gearbox and inverter, becomes a fundamental component for maximizing energy production, reducing mechanical stress and enabling intelligent, predictive maintenance.

With 30 years of experience in drive technology within the wind sector, Bonfiglioli has developed a fully integrated yaw drive solution specifically engineered to meet the demands of modern, large-scale wind turbines. This solution combines inverter-controlled motors, precision gearboxes and advanced control systems into a unified architecture capable of withstanding the mechanical and environmental stresses typical of both onshore and offshore installations.

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