摘要
针对连栋温室的环境控制,提出一种利用智能手机和上位机协调监控及干预温室环境的方法。首先,概括性描述温室环境调节系统的概念和结构,分析常见的连栋温室环境调节系统结构,对几种短、中程无线技术进行比较;然后,确定基于ZigBee的现场数据采集、基于GPRS/WiFi的网络协调和管理层通信的监控方案,提出基于ZigBee的连栋温室环境调节系统的软件和硬件设计方案,有效验证利用ZigBee技术和传感器实现连栋温室内环节智能化调节的可行性。最后,结合最新技术的发展,展望温室环境调节的前景。提出的适用于远程(超过100m)、利用ZigBee对现场参数采集的温室环境调节系统,能同时利用WiFi和GPRS两种技术实现温室环境调控,对实现温室环境智能化控制和远程控制具有积极作用。
According to the environment control ofmulti-span greenhouse,one method that about the monitoring and intervention of the greenhouse environment with intelligent mobile phone and computer has been proposed.Firstly? the basic structure of the system has been analyzed,several short and medium range wireless technology are compared;then,the field data collection based on ZigBee and the monitoring scheme about the network coordination anti management communication based on GPRS/WiFi had been determined ? and described the system from the part of the software and hardware that reflects the confirming of the system.At last,combining with the development of the latest technology,the prospect of greenhouse environmental regulation was prospected.The proposed greenhouse environmental regulation system.which was applicable to remote (over 100 m) and USES ZigBee to collect field parameters ,can realize greenhouse environmental regulation by using WiFi and GPRS at the same time,and had positive effects on realizing intelligent and remote control of greenhouse environment.
作者
王笑宇
汤震
Wang Xiaoyu;Tang Zhen(Zhumadian Vocational and Technical College,Zhumadian 463000,China;Huanghuai University,Zhumadian,463000,China)
出处
《中国农机化学报》
北大核心
2019年第2期175-179,共5页
Journal of Chinese Agricultural Mechanization
基金
国家星火计划项目(2015GA780024)--基于物联网的光伏大棚智能控制应用与示范
