Design Of Intelligent Grape Greenhouse Monitoring System

With the application of the internet of things technology in the field of agricultural production and agricultural informatization,greenhouse planting technology based on the internet of things has gradually become a representative of intelligent agricultural production.For grape greenhouse planting,the vineyard and the information collector are collected through the Internet of things technology,which can collect the grape growth condition information in the vineyard in real time,and adjust the grape growth conditions through data analysis and intelligent control,so as to improve the quality and yield of grapes.Therefore,it is of great significance to study the design of such systems.This dissertation designs an intelligent grape greenhouse system involving the internet of things,ZigBee,ARM and 4G communication technology is designed.Data such as air temperature and humidity,soil humidity and light intensity are collected through the information collector,and then transmitted to the coordinator through the wireless sensor network.At the same time,ARM is used as the core processor to replace the traditional single-chip microcomputer for data processing.Finally,4G network communication technology is used to transmit the data to the cloud management,so as to realize the real-time monitoring and control of personnel on the intelligent grape greenhouse.The intelligent grape greenhouse system mainly includes four parts: terminal monitoring equipment module of the lower computer,gateway module,intelligent decision-making and interactive interface of the upper computer.Terminal monitoring equipment is used to monitor the growth environment parameters of grapes and control the solenoid valve switch.This part mainly completes the hardware and software design of ZigBee chips,various sensors and power modules.Gateway module is the protocol conversion equipment of the whole intelligent grape greenhouse system.It will analyze,compress and fuse the data packets from the terminal monitoring module and then transmit them to the upper computer by using 4G network communication technology,this part is mainly about the hardware circuit design of ZigBee,ARM processor,4G module and the software workflow design of gateway data processing.Finally,a real-time monitoring interface is designed to display the collected information and control decisions more directly to users.The intelligent grape greenhouse system based on the Internet of things realizes wireless transmission and data processing by combining ZigBee wireless sensor network,ARM and 4G network communication technology.Which solves the problems such as wiring troubles and difficult maintenance in wired transmission.At the same time,the intelligent decision-making system can upgrade the existing grape planting mode for a second time.By monitoring and controlling the environmental parameters of grape growth,the added value of the product can be improved through the estimation of environmental parameters while increasing the grape yield,and the management cost of grape greenhouses can be reduced.figure [51] table [5] reference [60]...