基于物联网(IOT)的自动浇水施肥系统,带 Android 应用程序界面监控功能

Wiranto Wiranto, Musyrifah Musyrifah, Muh. Fuad Mansyur
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摘要

如今,农业领域的技术发展日新月异,农民必须拥有各种现代化工具来帮助种植植物。辣椒种植园主浇水和施肥的方法是收集水或肥料,然后一棵一棵地浇灌。如果种植者有空闲时间,这不成问题。但是,如果植物的主人忙于其他事情或生意,无法照顾植物,这就成了一个问题,因为当植物得不到充分照顾时,很容易枯萎死亡。鉴于存在的问题,本研究将设计一个基于物联网的系统,通过安卓应用程序进行监控,自动为植物浇水和施肥。该系统的设计使用 Arduino 微控制器作为控制器,使用 nodeMCU esp2688 wifi 模块将传感器的数据发送到网络服务器,使用土壤湿度传感器确定土壤湿度,使用实时时钟(RTC)进行施肥调度,使用继电器作为水泵的自动开关。该系统旨在帮助仍在使用体力给植物浇水和施肥的农民开展活动。基于物联网的自动浇水施肥系统采用原型开发方法,即收集系统需求、构建原型、评估原型、编码系统、测试系统、评估系统和使用系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SISTEM PENYIRAMAN DAN PEMUPUKAN OTOMATIS BERBASIS INTERNET OF THINGS (IOT) DENGAN PEMANTAUAN ANTARMUKA APLIKASI ANDROID
Technological developments in the field of agriculture are now expanding widely, various modern tools must be owned to assist farmers in cultivating plants. The owners of the chili plants do watering and fertilizing by collecting water or fertilizer and then giving it to the plants one by one. This is not a problem if the plant owner has free time. However, if the plant owner is busy with other things or is having business that makes the plant owner unable to care for the plant, then this becomes a problem because when the plant does not receive sufficient care, the plant will easily wither and die. Seeing the existing problems, this research will design a system that can automatically water and fertilize plants based on IoT with monitoring from an Android application. The design of this system uses an Arduino microcontroller as a controller, the nodeMCU esp2688 wifi module to send data from the sensor to the web server, a soil moisture sensor to determine soil moisture, a real time clock (RTC) for fertilization scheduling and a relay as an automatic switch on the water pump. This system aims to help the activities of farmers who still use physical force to water and fertilize plants. The IoT-based automatic watering and fertilizing system uses the prototype development method, namely by collecting system requirements, building prototyping, evaluating prototyping, coding the system, testing the system, evaluating the system and using the system
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