农业智能灌溉机电系统设计与水肥一体化控制策略OA
Design of agricultural intelligent irrigation electrical-mechanical system and water-fertilizer integration control Strategy
在我国农业生产水资源短缺和粮食需求增长的影响下,传统的水肥利用方式存在着水资源浪费、肥料使用不合理、环境污染等问题.为进一步提升农业水资源与肥料利用效率,本文设计了一套集智能灌溉与水肥同施功能于一体的机电控制系统,希望通过智能控制促进农业灌溉、施肥一体化合理实施.本文首先分析了农业灌溉施肥的技术现状,对机电控制系统的整体方案展开设计,明确了硬件系统功能和软件适配的相关需求,并给出了水肥一体化控制的有效策略,以期推动智慧灌溉技术在我国更合理应用.
Under the influence of water shortage in agricultural production and the increasing demand for grain in China,the traditional water and fertilizer utilization methods have problems such as water resource waste,unreasonable fertilizer use,and environmental pollution.To further improve the efficiency of agricultural water and fertilizer utilization,this pa-per designs an electrical-mechanical control system that integrates intelligent irrigation and water-fertilizer application functions.It is hoped that intelligent control can promote the rational implementation of integrated agricultural irrigation and fertilization.The article first analyzes the current technical status of agricultural irrigation and fertilization,designs the overall scheme of the electrical-mechanical control system,clarifies the relevant requirements for hardware system functions and software adaptation,and presents effective strategies for water-fertilizer integration control,in order to promote the more reasonable application of smart irrigation technology in China.
金胤霖
河池市职业教育中心学校,广西 河池 547000
农业科技
智能灌溉水肥一体化机电系统精准农业资源利用
intelligent lrrigationwater-fertilizer integrationelectrical-mechanical systemprecision agriculturere-source utilization
《农机使用与维修》 2026 (6)
23-26,4
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