基于物联网的经济高效智能水培监控系统

A. Ullah, Sadia Aktar, Nipa Sutar, Rafsan Kabir, A. Hossain
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引用次数: 10

摘要

水培系统是农民在不利用土壤的情况下种植不同植物的系统。作者提出了物联网系统,通过移动应用程序监测和控制水培系统的所有参数,如水位、pH、湿度和温度。在所提出的系统中,作者使用了一个ESP32微控制器来控制泵。该泵将从与常规水管线相连的蓄水池中抽水。如果水库水位下降到一定水平,系统将向农民发送短信。农民可以通过移动应用程序控制水位线并使水库蓄水。LDR和DHT11湿度传感器用于控制农场的光线和温度。在系统中,我们还使用了pH传感器,其中pH传感器是一种科学仪器,用于测量水溶液中的氢离子活性,并用pH表示其酸度或碱度。
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Cost Effective Smart Hydroponic Monitoring and Controlling System Using IoT
Hydroponic System is a system in which farmers cultivate different plants without utilizing the soil. The authors have proposed IoT system that monitors and controls all parameters of hydroponic system like water level, pH, humidity and temperature through mobile application. In proposed system, the authors have used an ESP32 micro-controller that is controlled pump. The pump will draw water from a reservoir which is connected to a regular water line. If the water level of the reservoir falls down to a certain level, the system will send an SMS to the Farmer. The farmer can control the water line and make the reservoir full by mobile application. An LDR and DHT11 humidity sensor is used to control the light and temperature of the farm. In system, we also used pH sensor where pH sensor is a scientific instrument that measures the hydrogen-ion activity in water-based solutions and indicating its acidity or alkalinity expressed as pH.
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