
NEWS
A Remote Condition Monitoring Strategy Can Avoid Uneconomical Operations
Detecting Yaw Bearing System Faults
Without a doubt, the wind turbine has evolved dramatically over the last few years in terms of reliability, technology, efficiency, size and total share of energy production. These ongoing improvements are increasingly benefiting consumers from all around the world, making wind energy not only an accepted part of the world energy supply mix but also an important one. Along the same lines, however, there are also stricter requirements for uptime and the levelised cost of energy. The tolerance for downtime and unnecessary maintenance costs is becoming less and less, thus making the role wind turbine condition monitoring plays in the overall wind turbine healthcare strategy more and more critical.
This article is prepared by the SINO BEARINGS (Sinoti Tech) engineering team, based on published bearing standards (ABEC / ISO P0–P2), material datasheets, and field application experience across industrial, food, medical and aerospace uses. For manufacturer background, certifications and facilities, see our About page.
Related articles:
Schaeffler completes earnings improvement program with about SKF launches CeraDrive hybrid ceramic bearings for electric m IPCO Unveils High-Performance Chocolate Forming Solutions at Introducing the New IH810 Series: Low-Profile Compact Encoder Schaeffler India CEO Taken into Custody as Investigation Cont