一种基于物联网技术的黑木耳大棚栽培模式
A Cultivation Model of Black Fungus Greenhouse Based on Internet of Things Technology
吕圣林 1乔柳彦 1施阳1
作者信息
- 1. 广西农业职业技术大学,广西 南宁 530007
- 折叠
摘要
黑木耳在广西壮族自治区多地种植.多年研究发现,基于物联网技术的黑木耳栽培模式不仅能够有效地解决黑木耳栽培所需的劳动力和技术问题,还能够保证黑木耳稳质增产.基于物联网技术为广西亚热带季风气候"定制化"开发设计的CC2530 芯片集成了ZigBee标准协议,配置了ESP8266芯片.这一系列措施具有很强的针对性,极大地降低了基于物联网的黑木耳大棚栽培模式早期建设的投资成本,提高了黑木耳栽培的经济效益,让农民增加了收入.文章具体描述了在广西百色禄峒镇建立的基于物联网技术黑木耳大棚栽培模式,包括其总体方案设计、技术路线及关键技术等,为该模式的推广应用提供科学参考.
Abstract
Black fungus is grown in many areas of Guangxi Zhuang Autonomous Region.Years of research have found that the black fungus cultivation mode based on Internet of Things technology can not only effectively solve the labor and technical problems required for black fungus cultivation,but also ensure the quality and increased yield of black fungus.In particular,based on Internet of Things technology,the CC2530 chip was developed and designed for the"customization"of the subtropical monsoon climate in Guangxi,while integrating the ZigBee standard protocol and deploying the ESP8266 chip.This series of measures has a strong pertinency,greatly reducing the investment cost of the early construction of the black fungus greenhouse cultivation model based on Internet of Things technology,improving the economic benefits of black fungus cultivation,and allowing farmers to increase their income.This paper summarizes the cultivation model of black fungus greenhouse based on Internet of Things technology established in Lutong Town of Baise,Guangxi,including its overall scheme design,technical route and key technologies,providing scientific reference for the popularization and application of this model.
关键词
物联网/黑木耳/栽培模式/稳质增产Key words
Internet of Things/Black fungus/Cultivation mode/Ensure quality and increased yield引用本文复制引用
出版年
2024
NETL
NSTL
万方数据