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Smart Agricultural Water Management System and Managing Method of Daily Irrigation Quantity

机译:智能农业用水管理系统及每日灌溉量管理方法

摘要

The present invention relates to an agricultural water management system using irrigation drainage engineering, hydraulics, and information communication technology, and more particularly, to an irrigation water management system using irrigation drainage engineering, The present invention relates to an intelligent agricultural water management system capable of preventing excessive use of water and excessive loss of water caused by ineffective discharge by performing systematic water supply through even distribution. In the agricultural water management system that introduces irrigation drainage engineering, hydraulics, and information and communication technology for irrigation system including water source, water intake facility, waterway organization and packing, water storage facility is a node, The water intake structure is divided into a link between a waterway and a drainage passage and a connection between the waterway and the drainage passage. The model of the irrigation system is divided into a tank and a node, and the DIROM model is used to analyze the past weather data and the future weather data. The estimated irrigation amount is estimated by analyzing the water balance through the forecast data, the size of the water source hole and the packing area data, There is provided an intelligent agricultural water management system characterized in that irrigation conditions are simulated by interpreting a one-dimensional irregular flow using a momentum equation, and an irrigation organization is managed by using GIS data.
机译:本发明涉及一种利用灌溉排水工程,水力技术和信息通信技术的农业用水管理系统,尤其涉及一种利用灌溉排水工程的农业用水管理系统。通过均匀分配进行有系统的供水,以防止因过度使用而造成的用水过多和无效排水造成的过多水分流失。在介绍灌溉排水工程,水力学以及灌溉系统的信息和通讯技术的农业用水管理系统中,包括水源,取水设施,水道的组织和包装,储水设施是一个节点,取水结构分为水路与排水通道之间的连接以及水路与排水通道之间的连接。灌溉系统的模型分为水箱和节点,DIROM模型用于分析过去的天气数据和未来的天气数据。通过利用预报数据,水源孔的大小和堆积面积数据分析水量平衡来估算估算的灌溉量。提供了一种智能农业水管理系统,其特征在于通过解释一个使用动量方程进行三维不规则流动,并使用GIS数据管理灌溉组织。

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