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With the popularization of Internet of Things technology, smart agriculture is gradually becoming a new driving force to promote the development of agricultural modernization. Aiming at environmental detection and equipment control of agricultural greenhouses, this paper introduces a data acquisition, transmission and equipment control system based on Internet of Things technology. The system uses sensors to collect various environmental parameters in the greenhouse, and realizes the wireless upload of data to Baidu Cloud platform through intelligent judgment, and presents it in a visual way. Through Web technology, the equipment in the greenhouse can be controlled remotely. The test shows that the system integrates intelligent control, real-time data transmission and visualization functions, and uses IOT, automation and MQTT protocol network technology to achieve automatic collection, analysis and feedback of environmental parameters, and complete data wireless transmission, visualization and human–computer interaction. This provides an efficient and convenient solution for the management of smart agricultural greenhouses.

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Intelligent Agricultural Greenhouse Data Acquisition and Transmission and Equipment Control System Based on IOT

  • 会议论文

  • 发表日期：

    2025年

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  • Jiejin Qiu,
  • Zhenwen Chen,
  • Wang Qi,
  • Xiaoyi Chen,
  • Zhanghan Huang,
  • Yuexin Meng,
  • Guangrui Mu,
  • Lvqing Bi

摘要

With the popularization of Internet of Things technology, smart agriculture is gradually becoming a new driving force to promote the development of agricultural modernization. Aiming at environmental detection and equipment control of agricultural greenhouses, this paper introduces a data acquisition, transmission and equipment control system based on Internet of Things technology. The system uses sensors to collect various environmental parameters in the greenhouse, and realizes the wireless upload of data to Baidu Cloud platform through intelligent judgment, and presents it in a visual way. Through Web technology, the equipment in the greenhouse can be controlled remotely. The test shows that the system integrates intelligent control, real-time data transmission and visualization functions, and uses IOT, automation and MQTT protocol network technology to achieve automatic collection, analysis and feedback of environmental parameters, and complete data wireless transmission, visualization and human–computer interaction. This provides an efficient and convenient solution for the management of smart agricultural greenhouses.