基于单片机的智能农业大棚控制系统设计

Wenbin Zhang, Chengliang Zhang, Wenbin Li, Lei Li, Jun Zhou
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引用次数: 2

摘要

科学技术可以在农业生产中发挥积极的作用,其中最具代表性的就是新型的农业大棚智能系统。新型智能农业大棚系统采用物联网大数据等自动控制,优化作物生长环境。本文设计了一套智能农业大棚控制系统,该系统自动检测光照强度、土壤湿度、空气温度、湿度、二氧化碳值等,通过单片机对数据进行处理,调整执行单元,使大棚内的各项参数始终保持在适合植物生长的条件下。本文用C语言编写了智能农业大棚控制程序。该程序通过传感器采集温室内的环境参数,然后通过单片机对各参数进行判断。然后控制执行单元使环境保持在适合植物生长的条件下,实现温度控制±2℃,湿度控制±5% RH。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of Intelligent Agricultural Greenhouse Control System Based on Single-chip Microcomputer
Science and technology can play a positive role in agricultural production, the most representative of which is the new intelligent system of agricultural greenhouses. The new intelligent agricultural greenhouse system uses automatic control such as the Internet of Things big data to optimize the crop growth environment. This article designed a set of an intelligent agricultural greenhouse control system, the system automatically detects the light intensity, soil humidity, air temperature, and humidity, carbon dioxide value, etc., through single-chip data processing, adjust the execution unit so that the parameters in the greenhouse are always kept under conditions suitable for plant growth. In this paper, the intelligent agricultural greenhouse control program is written in C language. This program collects environmental parameters in the greenhouse through sensors and then judges each value through a single-chip microcomputer. Then it controls the execution unit to keep the environment under conditions suitable for plant growth, and achieve temperature control of ± 2°C, humidity ± 5% RH.
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