摘要
针对海岛边防地区与"一带一路"沿线土地贫瘠地区新鲜蔬菜供应短缺的情况,结合农业种植理论与经验,运用物联网技术,分析植物生长过程中的各环节所需的环境因子,设计了一套基于多光谱连续可调的植物物联网培植系统。利用较少的能源实现了常见蔬菜的培植和保鲜。通过封闭培植实验验证该系统可以不依赖土地满足极端环境下一定的蔬菜供应和植物培植需求,缩短种植周期,提高农业种植效率。
The plant IOT Intelligent cropping system is designed based on the theory and experience of agricultural cultivation,analyzing the environmental factors needed in the process of plant growth and using IOT technology.The system can cultivate and preserve common vegetables only using less energy.It is proved that the system can meet the needs of vegetable supply,shorten planting period and improve agricultural efficiency without land by doing closed experiments.
出处
《工业控制计算机》
2019年第1期33-35,38,共4页
Industrial Control Computer
基金
国家自然科学基金项目(51375186)
黄冈科技局项目(黄科字[2015]51号)
关键词
连续可调LED
物联网
环境因子
培植系统
continuous tunable LED
IOT
environmental factors
cropping system
