2018DiagnostykaOpen access

Comparison of requirements for vibration-based condition monitoring of a vertical-axis vs. horizontal-axis wind turbine

Leszek Kotulski, Adam Jabłoński

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Abstract

The paper compares the requirements for vibration-based condition monitoring system for two seemingly similar rotary machines, namely horizontal and vertical-axis wind turbines.The paper shows that the differences in the design have a significant influence on both, operational parameters and wind energy conversion, and what are the consequences from condition monitoring point-of-view.In addition, the authors present a list of obstacles during worldwide development of vibration-based guidelines, which has led to major constraints within practical data acquisition and processing.Finally, the paper presents comparison of experimental data and complete schemes of mechanical components of drive trains of both types of turbines.

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The paper compares the requirements for vibration-based condition monitoring system for two seemingly similar rotary machines, namely horizontal and vertical-axis wind turbines.The paper shows that the differences in the design have a significant influence on both, operational parameters and wind energy conversion, and what are the consequences from condition monitoring point-of-view.In addition, the authors present a list of obstacles during worldwide development of vibration-based guidelines, which has led to major constraints within practical data acquisition and processing.Finally, the paper presents comparison of experimental data and complete schemes of mechanical components of drive trains of both types of turbines.

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Available abstract

The paper compares the requirements for vibration-based condition monitoring system for two seemingly similar rotary machines, namely horizontal and vertical-axis wind turbines.The paper shows that the differences in the design have a significant influence on both, operational parameters and wind energy conversion, and what are the consequences from condition monitoring point-of-view.In addition, the authors present a list of obstacles during worldwide development of vibration-based guidelines, which has led to major constraints within practical data acquisition and processing.Finally, the paper presents comparison of experimental data and complete schemes of mechanical components of drive trains of both types of turbines.

Key concepts: Horizontal axis, Vertical axis, Wind power, Marine engineering, Turbine, Vertical axis wind turbine, Vibration, Geology

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