摘要
针对当前我国农业大棚环境控制系统智能化水平低的问题,该项目结合单片机技术、无线网络技术、监控组态技术及太阳能光伏发电技术,集光伏发电装置和温室大棚环境监控于一体,设计一个光伏农业大棚环境智能控制系统。下位机采用AT89C52单片机进行硬件设计,利用ZigBee无线通信采集和传输数据,通过组态软件MCGS来实现对系统数据的监测与实时控制。系统以太阳能光伏发电作为主要电源供给方式,通过仿真软件实现了光伏发电装置的最优配置。
In view of the low intelligent level of agricultural greenhouse environmental control system in China the project combines single chip microcomputer technology wireless network technology monitoring configuration technology and solar photovoltaic power generation technology integrates photovoltaic power generation device and greenhouse environmental monitoring and designs a photovoltaic agricultural greenhouse environmental intelligent control system.The lower computer adopts AT89 C52 single chip microcomputer for hardware design uses ZigBee wireless communication to collect and transmit data and realizes the monitoring and real-time control of system data through configuration software MCGS.The system takes solar photovoltaic power generation as the main power supply mode and realizes the optimal configuration of photovoltaic power generation device through simulation software.
作者
唐荣梅
罗赟
刘红艳
TANG Rongmei;LUO Yun;LIU Hongyan(Nanning College for Vocational Technology,Guangxi,Nanning,530008)
出处
《红水河》
2021年第5期54-57,62,共5页
Hongshui River
基金
广西高校中青年教师科研基础能力提升项目(2019KY1239)。
关键词
农业大棚
环境监测
智能控制系统
光伏发电
设计
agricultural greenhouse
environmental monitoring
intelligent control system
photovoltaic power generation
design
