Smart IoT Water Sprinkle and Monitoring System for chili plant

J. H. Gultom, Maruf Harsono, Tubagus Dhika Khameswara, Handri Santoso
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引用次数: 15

Abstract

An agrarian country like Indonesia that has many diverse plants such as chilies that have economic value and very popular as food spices in Indonesia. However the problem is chili plants are very sensitive to several factors such as in soil moisture and weather changes and lack of monitoring. Automatic Water Sprinkle and Monitoring System is based on the problem mentioned before with the incorporation of IoT Technology in automatic water sprinkle and real-time monitoring. This system is designed to replace conventional chili sprinkle to automatic. The system using the moisture sensor to capture current moisture of the soil, and data will be processed in Arduino as microcontroller. This data will determine humidity to open or close valve. This system also uses pH sensor which is used to detect acidity or alkalinity for chili plant and EC sensor to determine the nutrient solution of the soil. The system is also equipped with neutralizing pH and EC automatically. pH sensor and EC sensors will be automated data collection, graphing, and data analysis. The result will be open valve to neutralizing fluid PH and EC. Processed data will be sent to the Web App via Ethernet Shield, Farmers can monitor chili plants in real-time using a smartphone. This paper focuses on optimize the use of water as needed of chili plants and Internet of Things (IoT) can be used to data analysis for managed and controlled in detail and precisely by Sensor.
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辣椒植物智能物联网洒水监控系统
像印度尼西亚这样的农业国家,有很多不同的植物,比如辣椒,它们有经济价值,在印度尼西亚很受欢迎。然而,问题是辣椒植物对土壤湿度和天气变化以及缺乏监测等几个因素非常敏感。自动洒水监控系统就是基于上述问题,将物联网技术应用到自动洒水和实时监控中。本系统是用来代替传统的辣椒粉自动撒料。该系统利用水分传感器捕捉土壤的电流水分,并将数据在Arduino作为微控制器进行处理。该数据将决定开启或关闭阀门的湿度。该系统还采用了pH传感器来检测辣椒植株的酸碱度,EC传感器来测定土壤的营养液。该系统还配备了自动中和pH和EC。pH传感器和EC传感器将自动进行数据收集、绘图和数据分析。结果将打开阀门以中和流体PH和EC。处理后的数据将通过以太网Shield发送到Web应用程序,农民可以使用智能手机实时监控辣椒植物。本文的重点是辣椒植物按需优化用水,物联网(IoT)可以用于数据分析,通过传感器进行详细和精确的管理和控制。
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