M. Kavitha, V. Nayagam, S. Jayaprakash, S. Nirmalraj, M. Sharmila, N. Allimalar
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引用次数: 0
摘要
本项目涉及完善大坝水资源管理机制。通过持续监测大坝,并在必要时将水从一个大坝输送到另一个大坝,可以防止因大坝突然放水而引起的洪水。世界各地的人们都受到冬季洪水和夏季缺水的影响。水库是节约水资源最有效的工具。水库中的水可用于家庭和工业用途、灌溉、水力发电、航海、生态、划船、钓鱼等形式的娱乐活动。但是它在表单泛滥中被浪费了。因此,一个原型被更有效地建造,以拯救人们的生命和环境免受洪水的影响,也节约水资源。它是一种低成本的自动化控制系统,提供了更好的精度。在这里,数据由Arduino Uno R3进行分析和控制。这个自动控制系统是完全编好程序的。数据通过主控制器从一个大坝传输到另一个大坝,主控制器和大坝之间的通信使用射频发射器/接收器进行无线通信。主控制器有LCD显示屏输出视觉信息。
Dam Flood Prevention through Data Analysis using Automatic Control System
This project deals improved dam water management mechanism. The flood which is caused due to sudden release of dam water is prevented by continuously monitoring the dam and transporting the water from one dam to another if necessary. People in the world get affected because of flood in winter and water scarcity in summer. Reservoir is the most efficient tool to save the water resources. The water in reservoirs can be used for domestic and industrial purpose, irrigation, hydropower generation, navigation, ecology, boating, fishing and other forms of recreational activities. But it gets wasted in the form flood. Hence a prototype is constructed more efficiently to save the life of people and environment from flood impacts and also to save the water resources. It is a low cost automated control system which provides better accuracy. Here the data is analyzed and controlled by Arduino Uno R3. This automatic control system is completely programmed. The data is communicated from one dam to another dam through master controller and the communication between the master controller and dams takes place wirelessly using RF Transmitters/Receivers. The master controller has an LCD display to output visual information.