基于物联网技术的温室智能灌溉系统设计
Design of Greenhouse Intelligent Irrigation System Based on Internet of Things Technology
潘荣敏 1方章云 1李洪兵 1马晓宾 1袁亮1
作者信息
摘要
针对传统温室灌溉方式效率低、水资源浪费大、对作物管理不科学等问题,设计了一套基于物联网技术的温室智能灌溉系统.该系统利用传感器技术、MESH自组网络技术、无线互联网等嵌入式技术,通过监测温室空气和土壤温湿度信息对温室灌溉进行智能管理.该系统的应用不仅极大提高了灌溉效率,降低了水资源浪费,使作物管理更科学,而且符合目前我国温室智能灌溉装备市场的极大需求,同时还可升级为具有多参数、多点监控功能的温室智能管理系统,大大推动了我国高效精准农业的发展.此外,由于采用无线多条通讯方案,该系统具有布局方便、操作简单、节点容量大等特点,更适合温室管理人员使用,具有较高的推广价值.
Abstract
In order to solve the problems of low efficiency of traditional greenhouse irrigation, great waste of water resources, insufficient sci-entific management of crop and so on,a greenhouse intelligent irrigation system based on Internet of Things technology was designed.The sys-tem utilized the embedded technologies such as sensor technology, MESH ad-hoc network technology and wireless internet to manage the greenhouse irrigation by monitoring the greenhouse air and soil temperature and humidity .The application of the system not only greatly im-proved the efficiency of irrigation, reduced the waste of water resources, made the crop management more scientific, and met the current de-mands of China's greenhouse green irrigation equipment market, but it can also be upgraded as the greenhouse intelligent management system with multi-parameter and multi-point monitoring, which greatly promoted the development of China's efficient and accurate agriculture.In ad-dition, due to the use of wireless multi-hop communication program, the system had convenient layout, simple operation, and large capacity of node and other characteristics, it was more suitable for the use of greenhouse management and had higher promotion value .
关键词
精准农业/物联网/智能灌溉/传感网络Key words
Precision agriculture/Internet of Things/Intelligent irrigation/Sensor network引用本文复制引用
出版年
2017
国家科技期刊平台
NSTL
维普
万方数据