看不见的风险与高昂的代价
智能螺栓通过轴力在线监测技术能够提前预测关键部件螺栓松动断裂问题
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FAQs
Have a question? Find an answer.
How can CMS detect blade root insert failures early?
How small of a movement can the displacement sensors detect?
Our displacement sensors are capable of detecting movements as small as 0.1mm across the joint. This level of sensitivity is crucial in indicating the progress of root insert failures.
How can monitoring results help turbine owners make informed decisions?
Monitoring results provide valuable insights that inform major decisions regarding blade repair or replacement. By detecting insert failures early, turbine owners can maximize the lifetime of their turbines, avoid collateral damage, and plan cost-effective blade maintenance.
Meet your blade root monitoring experts
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Jesse Graeter
Principal Engineer
Jesse entered wind in 2008 as a design engineer at GE followed by joining ONYX in 2013. His consultancy role includes instrumentation, failure investigations, monitoring R&D, and reliability engineering. He’s a licensed professional engineer with a degree in mechanical engineering.
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Aaron Lockton CEng
Principal Engineer, Advanced Sensing
Aaron specialises in developing high-reliability hardware systems for wind energy data acquisition and condition monitoring. With deep expertise in electronics, embedded Linux, and offshore turbine installations, he helps deploy advanced sensing solutions across global wind fleets.
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Dr. John Coultate
VP, Advanced Sensing
John leads the team responsible for hardware and sensor solutions in condition monitoring. He has been with ONYX - through its roots in Romax - since 2007 and holds a PhD in mechanical engineering.
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Chris Ruddock
Product Manager, Advanced Sensing
Chris leads ONYX’s new product development in sensing, bringing technical, commercial, and executive expertise having previously founded and ran a performance athletics data company.
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Jesse Graeter
Principal Engineer
Jesse entered wind in 2008 as a design engineer at GE followed by joining ONYX in 2013. His consultancy role includes instrumentation, failure investigations, monitoring R&D, and reliability engineering. He’s a licensed professional engineer with a degree in mechanical engineering.
-
Aaron Lockton CEng
Principal Engineer, Advanced Sensing
Aaron specialises in developing high-reliability hardware systems for wind energy data acquisition and condition monitoring. With deep expertise in electronics, embedded Linux, and offshore turbine installations, he helps deploy advanced sensing solutions across global wind fleets.
-
Dr. John Coultate
VP, Advanced Sensing
-
Chris Ruddock
Product Manager, Advanced Sensing
Chris leads ONYX’s new product development in sensing, bringing technical, commercial, and executive expertise having previously founded and ran a performance athletics data company.
