Design of Intelligent Agricultural Greenhouse System

Abstract

China's agricultural production is gradually transferred to greenhouses.to solve the negative factors that seriously endanger the growth of crops. So that the growth of crops is not affected by the region and climate, and the quality and total production of crops are effectively guaranteed, an intelligent and efficient management method for modern agriculture is introduced. It can maximize the efficiency of agricultural production, reduce resource waste, and provide a feasible solution for the sustainable development of intelligent agriculture through real-time monitoring and intelligent control. This paper uses an intelligent agricultural greenhouse system based on the STM32 microcomputer to realize real-time monitoring and intelligent control of the greenhouse environment. It integrates various sensors, including environmental temperature and humidity sensors, soil moisture sensors, and light intensity sensors. Through the precise control of STM32, it realizes the efficient control of the greenhouse's environmental temperature and humidity, soil moisture, and light intensity. Connected to the cloud platform through the NB-IoT communication module, users can remotely view and adjust the greenhouse environment parameters anytime.