Rancang Bangun Smart System Pendeteksi Air Layak Minum Pada Sumur di Daerah Pesisir Pantai Berbasis Internet Of Things (IoT)

Imam Fathurrahman, I. Gunawan, L. Samsu, Nia Budiarti
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Abstract

Water is an important natural resource for human life, but in some coastal areas, the availability of clean water is often a serious problem. One source of water used by communities in these areas is wells, which often do not meet health standards for consumption. Manual methods for detecting well water quality still require long, expensive, and inefficient processes. Therefore, the development of a system that can detect water quality in real-time and provide fast and accurate information to the community is needed. The Internet of Things (IoT) technology, which allows objects to be connected to the internet, provides a solution that can be utilized. In this study, a Smart System was designed using salinity and manganese sensors to monitor the real-time quality of well water in coastal areas. Data from these sensors are sent to a server through the internet and analyzed to provide information to users via the Blynk application on their smartphones. With this system, communities can directly monitor the quality of well water, take appropriate actions, and safeguard the health of local residents. Additionally, this system can also assist relevant government or institutions in monitoring and taking quick actions in response to changes in well water quality in coastal areas
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在以互联网为基础的沿海地区的水井上设计智能系统,对饮用水进行水检测(许多)
水是人类生活的重要自然资源,但在一些沿海地区,清洁水的可用性往往是一个严重的问题。这些地区的社区使用的水源之一是水井,而水井往往不符合卫生标准。人工检测井水质量的方法仍然需要漫长、昂贵和低效的过程。因此,需要开发一种能够实时检测水质并为社区提供快速准确信息的系统。将物体连接到互联网的物联网(IoT)技术提供了一种可以利用的解决方案。在这项研究中,设计了一个智能系统,使用盐度和锰传感器来监测沿海地区井水的实时质量。来自这些传感器的数据通过互联网发送到服务器,并通过智能手机上的Blynk应用程序进行分析,为用户提供信息。有了这个系统,社区可以直接监测井水的质量,采取适当的措施,保障当地居民的健康。此外,该系统还可以协助有关政府或机构对沿海地区井水水质的变化进行监测并迅速采取行动
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