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Webinar Recordings

Extend Remaining Useful Life with Remanufacturing

Wind turbines have not achieved their expected 20 year lifetime due to gearbox and bearing failure. However, if the components in these machines are harvested at the correct time, they can be remanufactured to ‘better-than-new’ quality with extended life and performance. Our Lead DigitalClone Material Scientist, Dr. Raja Pulikollu, will present how prognostic tools can predict the optimal time and methods to remanufacture wind turbine gearboxes to promote overall ROI of a wind farm. The discussion will be valuable for your design and testing engineers to learn how to extend the RUL of wind turbines.

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Published January 7, 2014

How Sentient Science’s Prognostic Solutions Impact Operations & Maintenance Cost

As wind turbines age and come off of their original warranty, operators must have a strategic plan for effectively maintaining their assets to maximize power generation and subsequent profits. New advances in condition based monitoring and prognostic asset management are an essential part of an effective strategy. Join us to learn how integrated predictive modeling can drive down operations and maintenance costs for your high value assets.

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Published January 7, 2014

Predicting Wind Turbine Life with Computational Testing

Wind turbine manufacturers cannot test enough within industry budgets and time to market. Without enough testing, wind turbine components and systems have experienced unexpected failures in the field, leading to high warranty cost. If they could do more testing within the current time and budgets restraints, manufacturers and operators could predict reliability and evaluate how engineering and supplier quality trade-offs will improve life and performance.

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Published January 7, 2014