AI Article Synopsis
- Wind turbines are important for generating clean energy, and maintaining their performance is key to reducing costs and failures.
- Identifying faults in wind turbines can be difficult due to their traditional design, but this dataset offers vibration data related to common faults and operating conditions like wind speed.
- The data includes information on various blade faults, making it a valuable resource for improving condition monitoring techniques in the wind energy industry.
Article Abstract
Globally, wind turbines play a significant role in generating sustainable and clean energy. Ensuring optimal performance and reliability is crucial to minimize failures and reduce operating and maintenance costs. However, due to their conventional design, identifying faults in wind turbines is challenging. This dataset provides vibration data for faulty wind turbine blades, which covers common vibration excitation mechanisms associated with various faults and operating conditions, including wind speed. The introduced faults in the wind turbine blades include surface erosion, cracked blade, mass imbalance, and twist blade fault. This data article serves as a valuable resource for validating condition monitoring methods in industrial wind turbine applications and facilitates a better understanding of vibration signal characteristics associated with different faults.
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Source |
|---|---|
| http://www.ncbi.nlm.nih.gov/pmc/articles/PMC10375555 | PMC |
| http://dx.doi.org/10.1016/j.dib.2023.109414 | DOI Listing |
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