农机化研究2024，Vol.46Issue(1)：84-89,6.
基于窄带物联网的茶叶灭虫控制系统研究
Research of Intelligent Subdivision Agricultural Drip Irrigation System
摘要
Abstract
In order to overcome the problems of short communication distance,high power consumption and easy satura-tion of terminals in the agricultural production process of traditional agricultural internet of things in hilly areas,the sys-tem takes tea insect pest control as the research object,by combining NB-IoT technology with agricultural production,through real-time and accurate monitoring of soil temperature and humidity,focus on remote control of the opening and closing state of the tea insect control solenoid valve according to the changes of soil temperature and humidity data,study the formation of intelligent tea insect control system,optimize supercapacitor solar power management,wireless sensor network monitoring,remote monitoring and control and other core technologies and key modules.The test results show that,the system runs stably and can monitor soil temperature and humidity in real time through narrowband Internet of Things technology.It can monitor and transmit soil temperature and humidity information in real time through narrowband Internet of Things technology,and the terminal can control the tea insect control solenoid valve in real time,real-time open and close tea insect control system,and achieve the purpose of real-time accurate monitoring and remote control.The research makes up for the shortage of the current application of Internet of Things in agricultural production,im-proves the use efficiency of solar power,extends the service life of batteries,saves agricultural production costs,and pro-vides reference value for the development of smart agriculture in China.关键词
窄带物联网/超级电容/土壤温湿度/远程监控/灭虫控制/茶叶Key words
NB-IoT/supercapacitor/soil temperature and humidity/remote control/pesticides to control/tea分类
农业科技引用本文复制引用
彭炜峰,罗静,张洲亚,李光林,余金洋..基于窄带物联网的茶叶灭虫控制系统研究[J].农机化研究,2024,46(1):84-89,6.基金项目
重庆市教委科学技术研究计划项目(KJQN202103804,KJZD-K202203802,KJQN202103806) （KJQN202103804,KJZD-K202203802,KJQN202103806）
重庆市科技局自然科学基金面上项目(CSTB2022NSCQ-MSX1652) （CSTB2022NSCQ-MSX1652）
重庆水利电力职业技术学院2021 年度重大科研项目(K202101) （K202101）
重庆市永川区技术创新与应用发展专项面上项目(2022yc-cxfz30014) （2022yc-cxfz30014）
