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Company offers high performance components and materials
August 29, 2022
Wind farms are expanding around the world. This is good for climate change. Wind turbines are being installed on the high seas with nacelle heights of more than 100 meters and rotor diameters of nearly 170 meters. This increases both the electricity yield and economic efficiency. Freudenberg is aiding wind power’s conquest with high performance components and materials.
ONYX Insight examines how digital tools can provide wind energy solutions, from day-to-day problem solving to future-proofing operations and maintenance (O&M) strategies through condition monitoring technologies.
One of ONYX’s customers and a leader in driving up the reliability and asset performance of the wind industry, Pattern Energy, uses ONYX turbine monitoring for over 1,100 wind turbines. Across this fleet ONYX connects several CMS hardware types to fleetMONITOR, a multi-brand solution for drivetrain monitoring. Two of the wind farms were retrofitted with ecoCMS in 2018, the technology with which ONYX disrupted the CMS industry.
The gear and gear drive segment of mechanical power transmission continues to focus on performance, reliability and safety. There are several new products offering increased load capacity, reduced friction and longer service life. For those components unable to keep up with industrial demands, there’s a gearbox MRO team waiting to handle emergency repair services.
One of the largest components manufactured
by Schaeffler last year was a double-row tapered roller bearing featuring an outer diameter measuring 3.6 meters and a weight just over nine tons.
The proof of the reliability of a gear drive is now an additional requirement. In Europe, the acceptance authorities for wind turbines are requesting a system reliability proof from gearbox manufacturers. The AGMA committee reviewing the AGMA 6006 standard for wind turbines is considering adding a chapter about design for reliability. However, reliability considerations are not new; NASA, for example, was in the 1980s using reliability concepts for gear drives.