风电叶片检测技术的研究进展
Development in Wind Turbine Blade Sensing Technology
DOI: 10.12677/OE.2019.91005, PDF,    国家自然科学基金支持
作者: 蒋善超：盐城工学院，电气工程学院，江苏 盐城
关键词: 风电叶片；光电类检测技术；光纤检测技术；Wind Turbine Blade； Photoelectric Detection Technology； Optical Fiber Detection Technology
摘要: 以风电叶片安全健康检测作为研究背景，本文从风电叶片光电类检测技术及光纤检测技术两个方面对风电叶片检测技术进行汇总分析。通过分析得出：风电叶片光电类检测技术存在着系统复杂、信号易受噪声影响、灵敏度低、损伤信号转换效率低等缺点；而光纤检测技术虽在风电叶片健康在线检测方面取得一定研究成果，但尚未有效解决动态叶片与静态塔架之间信号的转换传输，尚未实现区域监控，未做到多个叶片组数据的同步监测等。本文分析所得风电叶片检测技术的研究进展在一定程度上可对于风电叶片检测技术的下一步研究方向起到引导作用。
Abstract: Taking the safety and health detection of wind turbine blade as the research background, this paper summarizes and analyzes the wind turbine blade sensing technology from two aspects. One is the photoelectric detection technology and the other one is optical fiber detection technology. After the analysis, the photoelectric detection technology has some disadvantages, such as complex system, easy to be affected by noise, low sensitivity, and low efficiency of damage signal conversion. Optical fiber detection technology has achieved some research results in on-line health detection of wind turbine blade. However, it has not effectively solved the signal conversion between the dynamic blade and the static tower transmission, and has not realized the regional monitoring and achieved the synchronous monitoring of multiple blade group data, and so on. The research progress of wind turbine blade sensing technology obtained in this paper can play a guiding role in the next research direction of wind turbine blade sensing technology.
文章引用：蒋善超. 风电叶片检测技术的研究进展[J]. 光电子, 2019, 9(1): 28-33. https://doi.org/10.12677/OE.2019.91005

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