A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent irrigation system for desert afforestation and application method thereof
The invention relates to an intelligent irrigation system for desert afforestation and an application method of the intelligent irrigation system. The intelligent irrigation system comprises an underground irrigation unit, a water storage pond, a water conveying branch pipeline, a central controller, a meteorological station, a photovoltaic power generation module and a soil humidity sensor, wherein the meteorological station is communicated with the central controller through the Internet of Things; the central controller comprises an artificial intelligence algorithm; the water conveying branch pipelines are communicated with a water outlet valve of the water storage pond, the number of the water conveying branch pipelines is at least three, and the underground irrigation units are installed at the positions, close to trees, of the water conveying branch pipelines. According to the intelligent irrigation system and the application method thereof, an artificial intelligence algorithm is introduced to realize accurate and automatic irrigation; meanwhile, the arranged underground irrigation units can be integrated into the drip irrigation system by determining the number and installation positions according to preparation requirements; and waste of manpower, water resources and energy is reduced.
本发明涉及一种用于荒漠造林的智能灌溉系统及其应用方法，智能灌溉系统包括：地下灌溉单元、储水池、输水支流管道、中央控制器，以及通过物联网与所述中央控制器互通的气象站、光伏发电模块和土壤湿度传感器；所述中央控制器包括人工智能算法；所述输水支流管道连通所述储水池的出水口阀门，所述输水支流管道设置至少3条，所述输水支流管道靠近树木处安装多个所述地下灌溉单元。本发明的智能灌溉系统及其应用方法引入人工智能算法实现精确和自动化的灌溉；同时设置的地下灌溉单元可根据制备需求按需确定数量和安装位置集成到滴灌系统中；减少了人工、水资源的浪费和能源的浪费。
Intelligent irrigation system for desert afforestation and application method thereof
The invention relates to an intelligent irrigation system for desert afforestation and an application method of the intelligent irrigation system. The intelligent irrigation system comprises an underground irrigation unit, a water storage pond, a water conveying branch pipeline, a central controller, a meteorological station, a photovoltaic power generation module and a soil humidity sensor, wherein the meteorological station is communicated with the central controller through the Internet of Things; the central controller comprises an artificial intelligence algorithm; the water conveying branch pipelines are communicated with a water outlet valve of the water storage pond, the number of the water conveying branch pipelines is at least three, and the underground irrigation units are installed at the positions, close to trees, of the water conveying branch pipelines. According to the intelligent irrigation system and the application method thereof, an artificial intelligence algorithm is introduced to realize accurate and automatic irrigation; meanwhile, the arranged underground irrigation units can be integrated into the drip irrigation system by determining the number and installation positions according to preparation requirements; and waste of manpower, water resources and energy is reduced.
本发明涉及一种用于荒漠造林的智能灌溉系统及其应用方法，智能灌溉系统包括：地下灌溉单元、储水池、输水支流管道、中央控制器，以及通过物联网与所述中央控制器互通的气象站、光伏发电模块和土壤湿度传感器；所述中央控制器包括人工智能算法；所述输水支流管道连通所述储水池的出水口阀门，所述输水支流管道设置至少3条，所述输水支流管道靠近树木处安装多个所述地下灌溉单元。本发明的智能灌溉系统及其应用方法引入人工智能算法实现精确和自动化的灌溉；同时设置的地下灌溉单元可根据制备需求按需确定数量和安装位置集成到滴灌系统中；减少了人工、水资源的浪费和能源的浪费。
Intelligent irrigation system for desert afforestation and application method thereof
一种用于荒漠造林的智能灌溉系统及其应用方法
WANG HAIYAN (author) / WANG HAIYING (author) / LI HUANHUAN (author) / FU GUANGJUN (author) / ZHANG XINZHI (author) / JIANG JINYU (author) / LI RUI (author) / WANG YUBAO (author) / YAO PENGFEI (author) / LIU YANG (author)
2024-11-05
Patent
Electronic Resource
Chinese
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