Real-time Water Quality Monitoring of Lakes using IoT based Remotely Operated Underwater Vehicle

Manian Dhivya, Bhawna Khokher
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Abstract

Water degradation has become a critical theme of concern in recent years. Water is necessary for biological species survival and living activity is strikingly dependent on the quality of the water (i.e., physical, chemical, and biological aspects of water). The aim of the paper is to develop Internet-based Water Quality Monitoring System to determine the water quality parameters namely turbidity, PH, temperature etc. The developed model encompasses ESP32 Wi-Fi & Bluetooth Microcontroller with appropriate sensors and communication circuitry. The paper proposes a cost effective Remote Operated Underwater Vehicle which can monitor the parameters successively for prolonged period. The developed model is tested for three different cases and the parameters inferred are communicated through Thing Speak analytics platform
使用基于物联网的远程操作水下航行器实时监测湖泊水质
近年来,水资源退化已成为人们关注的一个重要主题。水是生物物种生存所必需的,生物活动明显依赖于水的质量(即水的物理、化学和生物方面)。本文的目的是开发基于互联网的水质监测系统,以确定水质参数,即浊度,PH值,温度等。开发的模型包括ESP32 Wi-Fi和蓝牙微控制器,具有适当的传感器和通信电路。提出了一种低成本、长时间连续监测水下参数的遥控潜水器。开发的模型在三种不同的情况下进行了测试,并通过Thing Speak分析平台传达了推断出的参数
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