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首页> 外文会议>Proceedings of 4th IEEE International Conference on Applied System Invention >Vibration detection and analysis of wind turbine based on a wireless embedded microcontroller system
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Vibration detection and analysis of wind turbine based on a wireless embedded microcontroller system

机译：基于无线嵌入式微控制器系统的风力发电机组振动检测与分析

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摘要

In this paper, we proposes the vibration detection and analysis of wind turbine based on a LoRa wireless transmission constructed by an embedded microcontroller. The vibration signal is captured during the operation of wind turbine and processed and analyzed by FFT method. The analyzed data is transmitted to the server by LoRa wireless transmission and users can execute real-time monitoring remotely. In this proposed system, an envelope method is implemented to characteristic frequency. The data will be transferred to the website server though LoRa communication. This method can be used to detect and maintain thefaultof the wind turbine in real-time. The wind turbine will not be malfunctioned and loss can be prevented. The functionality and the behavior of this proposed system are validated by a series of tests. Test results have proven that this proposed system is capable of completely monitoring the operation status of the wind turbine.
机译：在本文中，我们提出了一种基于嵌入式微控制器构建的LoRa无线传输的风力涡轮机振动检测和分析。振动信号在风机运行过程中被捕获，并通过FFT方法进行处理和分析。分析数据通过LoRa无线传输传输到服务器，用户可以远程执行实时监控。在该提出的系统中，对特征频率实施包络法。数据将通过LoRa通信传输到网站服务器。该方法可用于实时检测和维护风力发电机的故障。风力涡轮机不会出现故障，可以防止损失。通过一系列测试验证了该提议系统的功能和行为。测试结果证明，该提议的系统能够完全监视风力涡轮机的运行状态。

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