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首页> 外文期刊>Internet of Things Journal, IEEE >A Wireless Sensor Monitoring Node Based on Automatic Tracking Solar-Powered Panel for Paddy Field Environment
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A Wireless Sensor Monitoring Node Based on Automatic Tracking Solar-Powered Panel for Paddy Field Environment

机译:基于自动跟踪太阳能电池板的稻田环境无线传感器监控节点

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摘要

In order to realize the collection, management, visualization, and uploading of real-time information in the paddy field, an information monitoring node based on automatic tracking solar-powered panel is presented in this paper. First, the node consists of information collecting sensors, STM32 MCU, LCD, GPRS module, automatic tracking solar-powered module, and monitoring interface. Second, data gathered from sensors can be displayed on the LCD and sent to the host computer interface. Moreover, host computer can also save the data packages to management server for examination and analysis. Finally, in the practical test, data are gathered every 2 h. At nontest time, the node works in low-power mode to achieve rational use of electric energy. The results of this experiment show that the node can achieve an accurate transmission and display of data, and the power supply system can meet the demand for electricity in continuous rainy days.
机译:为了实现稻田实时信息的采集,管理,可视化和上传,提出了一种基于自动跟踪太阳能面板的信息监测节点。首先,该节点由信息收集传感器,STM32 MCU,LCD,GPRS模块,太阳能自动跟踪模块和监视接口组成。其次,从传感器收集的数据可以显示在LCD上并发送到主机接口。此外,主机还可以将数据包保存到管理服务器进行检查和分析。最后,在实际测试中,每2小时收集一次数据。在非测试时间,该节点以低功率模式工作,以实现电能的合理利用。实验结果表明,该节点可以实现数据的准确传输和显示,供电系统可以满足连续阴雨天的用电需求。

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