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基于STM32的植株缺素水肥调节系统设计与试验

Design and Experiment of Water and Fertilizer Regulation System for Plant Element Deficiency Based on STM32

  • 摘要: 设计了基于STM32单片机的水肥调节系统,该系统通过控制不同电磁阀开度实现不同元素水肥配比的调节。以生菜为例研究在其他元素水肥配比正常浓度的情况下,调节控制钾肥浓度的电磁阀开度,使得不同生菜对照组在具有不同钾肥浓度下生长,对比研究不同钾肥浓度与生菜叶片面积和植株高度的关系,从而得到电磁阀开度调整策略,实现水肥配比的精准调节。

     

    Abstract: A water and fertilizer regulation system based on STM32 microcontroller was designed.The system realized regulation of water and fertilizer ratio of different elements by controlling opening of different solenoid valves.Taking lettuce as an example,relationship between different potassium fertilizer concentration and leaf area and plant height of lettuce was studied by adjusting solenoid valve opening of potassium fertilizer concentration under condition that ratio of water and fertilizer of other elements was normal concentration,in order to get solenoid valve opening adjustment strategy,and achieve accurate regulation of water and fertilizer ratio.

     

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