Tag: #ACMWind #WindEnergy #conditionmonitoringsystem
The majority of wind turbine failure is caused by faults in the drivetrain. Vibration-based condition monitoring is widely used for assessing wind turbine drivetrain components, however, the cost of such systems can be high. In response to this, a novel new technique, based on airborne sound generated by the rotating machinery and using microphone sensors, is being developed which can reduce the cost of condition-based maintenance for wind turbines.
Join our webinar to find out how failures on the drivetrain can be detected using the airborne emissions detected by a microphone installed in the nacelle. In addition, attendees will learn how faults can be localised, providing wind farm operators with vital information they can incorporate into their maintenance planning and scheduling. Do not miss it! Register here
2018 ACMWind wishes
Next week ACMWind team will be participating at the world’s largest offshore wind energy gathering: Offshore Wind Energy Exhibition 2017 in London.
Come and visit us at our booth S-J2 (TWI) to know more about ACMWind. Discover how our innovative low-cost acoustic condition monitoring system that detects failures in the rotating machinery of the wind turbine will revolutionize the wind energy market.
Offshore Wind Energy 2017
ExCel, London E16 1XL
Booth S-J2 (TWI)
Do not miss this opportunity. Hope to see you there!
We have prepared a Wind Energy Condition Monitoring survey in order to better define our product specifications according to our end-user needs.
Share with us your experience! Please click here . It will not take more than 5 minutes and your contribution will be highly valuable for ACMWind developments.