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IoT based Disaster Monitoring and Management System for Dams (IDMMSD)

机译:基于物联网的大坝灾害监测与管理系统(IDMMSD)

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Dams are of major importance, primarily because of their use for generating hydroelectricity and irrigation purposes. This has resulted in the construction of a number of dams in potential areas over the years. As there are a lot of risk factors associated with the existence of these dams, it has become the need of the hour to develop a proper monitoring and regarding the opening of the shutters thereby management system for maintaining a safe water level in dams. Mismanagement of dams can lead to manmade disasters. Currently dams in our state are being monitored and controlled manually. This manual intervention can increase the probability of error and also results in time lag in decision making. The aim of this project is to design and implement an IoT based Disaster Monitoring and Management System for Dams (IDMMSD). The proposed system involves real-time monitoring of water levels of a group of dams under study. Water levels may vary due to drastic changes in water levels of connected rivers or lakes, or due to excessive rainfall in the catchment area. The proposed project includes a mechatronics system to open the shutters at the heights pre calculated. The system comprises of sensor nodes, smart controller and communication system. The proposed system is an app based IoT system which will monitor and send real time parameters related to Dam (gate position, water discharge, water level) and weather conditions (rain fall, temperature, humidity). There will be two modes for operating the software i.e. Autopilot mode and Manual data mode. The system also includes features like SMS alert to the people of the locality and SOS to rescue operations in case of adverse weather conditions.
机译:大坝具有重要意义,主要是因为它们被用于发电和灌溉。多年来,这导致在潜在地区建造了许多水坝。由于与这些水坝的存在相关的风险因素很多,因此需要一个小时来进行适当的监控,并密切关注百叶窗的打开,从而建立用于维持水坝安全水位的管理系统。水坝管理不善可能导致人为灾难。目前,我们州的水坝正在人工监控。这种手动干预可能会增加错误的可能性,并且还会导致决策时滞。该项目的目的是设计和实施基于IoT的大坝灾害监测和管理系统(IDMMSD)。拟议的系统涉及对正在研究的一组大坝的水位进行实时监控。由于相连的河流或湖泊的水位急剧变化或集水区降雨过多,水位可能会有所不同。拟议项目包括一个机电一体化系统,可在预先计算的高度打开百叶窗。该系统包括传感器节点,智能控制器和通信系统。拟议中的系统是一个基于应用程序的物联网系统,它将监控并发送与大坝有关的实时参数(闸口位置,排水量,水位)和天气状况(降雨,温度,湿度)。有两种操作软件的模式,即自动驾驶模式和手动数据模式。该系统还包括一些功能,例如向当地居民发送短信警报以及在恶劣天气情况下进行紧急救援的SOS。

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