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农业智能灌溉机电系统设计与水肥一体化控制策略

金胤霖

农机使用与维修Issue(6):23-26,4.
农机使用与维修Issue(6):23-26,4.DOI:10.14031/j.cnki.njwx.2026.06.006

农业智能灌溉机电系统设计与水肥一体化控制策略

Design of agricultural intelligent irrigation electrical-mechanical system and water-fertilizer integration control Strategy

金胤霖1

作者信息

  • 1. 河池市职业教育中心学校,广西 河池 547000
  • 折叠

摘要

Abstract

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.

关键词

智能灌溉/水肥一体化/机电系统/精准农业/资源利用

Key words

intelligent lrrigation/water-fertilizer integration/electrical-mechanical system/precision agriculture/re-source utilization

分类

农业科技

引用本文复制引用

金胤霖..农业智能灌溉机电系统设计与水肥一体化控制策略[J].农机使用与维修,2026,(6):23-26,4.

农机使用与维修

2097-4515

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