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Position: Home > Articles > Design and Test of Intelligent Irrigation Control System for Water and Fertilizer Integration of Facilities Vegetables Journal of Shanxi Agricultural Sciences 2017 (9) 1534-1538

设施蔬菜水肥一体化智能灌溉控制系统的设计及试验

作  者:
张雪飞;彭凯;王建春;宋治文;王艳;梁新书;钱春阳;李鹏
单  位:
天津亿网通达网络技术有限公司;天津市农业资源与环境研究所;天津市农业科学院信息研究所;河北工业大学机械学院
关键词:
水肥一体化;无线传感网络;环境调控;设施蔬菜;灌溉策略
摘  要:
设计了设施蔬菜水肥一体化智能灌溉控制系统,该系统通过环境传感器实现对环境对象感测,精准获取设施蔬菜的全生育期的环境参数;设计了"土壤含水量下限+小额灌溉"的灌溉策略模式,结合设施蔬菜全生育期的环境参数形成闭环回路,驱动文丘里比例施肥机进行有效水肥灌溉完成对设施蔬菜的精细化耕作。结果表明,该系统能够按照预设间隔时间有效监控设施蔬菜的环境参数,并能在设定的土壤湿度参数范围内启动或者浇灌,实现智能浇灌,比传统的自动浇灌系统更加高效。
译  名:
Design and Test of Intelligent Irrigation Control System for Water and Fertilizer Integration of Facilities Vegetables
作  者:
ZHANG Xuefei;PENG Kai;WANG Jianchun;SONG Zhiwen;WANG Yan;LIANG Xinshu;QIAN Chunyang;LI Peng;Institute of Information,Tianjin Academy of Agricultural Sciences;School of Mechanical Engineering,Hebei University of Technology;Tianjin Institute of Agricultural Resources and Environment;Tianjin Ewebtd Network Teachnology Co.,Ltd.;
关键词:
integrated management of waterand fertilizer;;wireless sensor networks;;environment control;;facility vegetable;;irrigation strategy
摘  要:
An intelligent irrigation control system for incorporating integration of water and fertilize was designed. The system could obtain precise regulation of environmental parameters through the environmental sensors. The irrigation strategy of "soil moisture limit +micro-irrigation " and combined with the environmental parameters of greenhouse vegetable during the whole growth period, can drive Venturi Fertiliser effective irrigation facilities complete the refined vegetable farming. The result shows that the system can monitor the environmental parameters of the vegetable at preset intervals and can intelligently initiate or stop irrigation in the range of soil humidity. It proves that this irrigation control system is efficient than other auto irrigation system.

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