Design And Implementation Of A Water Level Indicator In Dams To Prevent Hazard
The design and implementation of a water level indicator system in dams plays a crucial role in averting potential hazards by continuously monitoring water levels and providing timely alerts. This system integrates various sensors, such as ultrasonic or pressure sensors, to accurately measure water levels within the dam reservoir. Additionally, it incorporates a robust communication network to transmit real-time data to a central control station for analysis. By utilizing advanced algorithms for data processing and interpretation, the system can detect any abnormal fluctuations or sudden rises in water levels, indicative of potential overflow or structural integrity issues. Moreover, it incorporates fail-safe mechanisms and redundant systems to ensure reliability and minimize the risk of false alarms. Through proactive monitoring and timely intervention facilitated by the water level indicator system, authorities can effectively mitigate the risk of dam-related hazards, safeguarding both lives and infrastructure against potential disasters.
1.0 INTRODUCTION
1.1 Background of the study
Dams are the major sources of water supply to cities; they also play a vital role in flood control and can assist river navigation. Most of the dams are built to serve more than one purpose and their benefits are manifold. It is necessary to implement some sort of communication between the metering systems and computer models to provide support in managing the complex systems. The growing interest in the Internet of Things has become the right choice for the pre-alert system for monitoring the rise in the water level in dams. The risk rate of sudden flood occurrence opened up a way for the way the need for the real-time dam water level monitoring and a prior alerting system that ensures the public safety. The industry has always focused to devise engineering methodologies for establishment and modification of relatively easier controlling and automation methods for any scrupulous process. This paper presents the design and implementation of a control system by means of microcomputers and data transmission networks. To verify the principle operation of the Controlling design to be presented a miniature model is experimentally tested using a GSM. GSMbased water level monitoring system for dam in this paper they have introduced the idea of water level monitoring and management.
1.2 Statement of the problem
Water level in a dam needs to be maintained effectively to avoid complications. The quantity of water released is hardly ever correct resulting in wastage of water & it is impossible for a man to precisely control the gates without knowledge of exact water level and water inflow rate. We have designed a system in which real time things are interconnected to web. Water level sensors are placed in dam to serve the same purpose automatically and forward the status to GSM. GSM module checks that input and upload the status of water level on the monitoring unit line. By this project each and every variation of water level is informed to control room through the GSM and nearby people can be informed in time thus saving lots of lives and avoiding the unpleasant scenarios and also this system consists of Dam health monitoring system.
1.3 Aim and objectives of the study
This work is aimed at building a water level indicator in dams to prevent hazard.
The objectives of the work are:
- To build the system prototype at low cost
- To ensures the public safety
- To provide real-time dam water level monitoring and a prior alerting system
1.4 Significance of the study
This study will bring solution to an overflowing of water from dam thereby preventing flooding. With this study, Dam monitoring personnel can identify or monitor the level of water in the dam without visiting the dam. This study will also serve as a means of enlightening students on how to build simple electronics circuits.
1.5 Scope of the study
The scope of this work covers building a water level indicator used for monitoring the level of water in a dam in a real time. In this study,water level sensors are placed in dam to serve the same purpose automatically and forward the status to GSM. The developed system utilizes GSM and SMS to transmit data from sensors to the respective users through their mobile phone.An Arduino UNOboardhasbeenusedasthecontrollingdevice.Thisboardisalowcostmicrocontroller,needssimpleprogrammingand canbeintegrated with other devicesvia theinput-outputinterfaces.By this project each and every variation of water level is informed to control room through the GSM and nearby people can be informed in time thus saving lots of lives and avoiding the unpleasant scenarios.
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