Embedded Dam Gate Control System using 'C&amp;apos; and Visual Basic

Iyer, Makesh; Pai, Shrikant; Badri, Sneha; Kharche, Shubhangi

doi:10.5120/11816-7491

Cited by 6 publications

(4 citation statements)

References 7 publications

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“…A comparison with recently published works in [4,8] indicated that this system has an advantage of utilizing the Arduino. However, the results presented in [4,6] are using PIC microcontroller and computer. This means that the proposed system is cost-effective and offers simple way of programing and implementation on the real world.…”

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confidence: 84%

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Smart monitoring system of Najran dam

Almawgani¹,

Alshorman²,

Alyami³

et al. 2020

IJECE

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Najran city faces the flood situation every year due to intensive rain and climatic disturbances. Flooding also causes loss of money, along with loss of life and property and the destruction of agriculture and livestock. Thus, this project proposes a conceptual framework with three main phases: monitoring the water level inside the dam and level in water stream before and after the dam, controlling the opening and closing of the dam gate and measuring the water pressure at the dam barrier. In the case of high water level dam is monitored through water sensors placed at the top of the dam and then these sensors give a reference to the stepper motor and the flow of the stepper motor is controlled by the dam gate. The experimental results shows that the proposed system has the capability to reliably tackle the flood water. It can accurately measure the water level and control the gate of dam as soon as the level of the water reaches to danger level and water pressure at the barrier is measured by the sensor. The developed real-time monitoring system in Najran dam will help authorities to take preventive actions to deal with flood disaster.

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confidence: 84%

“…Due to time complexity in electronic aspects embedded systems have become a major part of our daily life. Our work describes the design of an embedded system for the "embedded Dam control system" [4]. The water level and rate of inflow is detected based on the feedback from the sensors used.…”

Section: Introductionmentioning

confidence: 99%

Smart monitoring system of Najran dam

Almawgani¹,

Alshorman²,

Alyami³

et al. 2020

IJECE

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“…This method of controlling the dam gates is handmade but has many drawbacks. The dam gate system which is Arduino oriented [3] is more reliable and feasible due to low cost and it also gives better performance than microcontroller [4] - [9] or PLC.…”

Section: Anmentioning

confidence: 99%

Dam Flood Prevention through Data Analysis using Automatic Control System

Kavitha¹,

Nayagam²,

Jayaprakash³

et al. 2021

Proceedings of the Fist International Conference on Advanced Scientific Innovation in Science, Engineering and Technology, ICA

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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.

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“…water level the gate is allowed to open automatically but they do not provide the time at which the gate would close if the water level is at normal condition and they didn't consider water quality[3] …”

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confidence: 99%

Smart System for Controlling and Monitoring Water and Turbidity Levels in Dam Reservoir using Micro-Controller Technology

Iribagiza¹,

Kisangiri²,

Ndibwile³

et al. 2022

IJASRE

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A micro-controller-based technology has been developed for monitoring and controlling the water quality and quantity in dam reservoirs by using various sensors. This system is able to automatically detect and measure the changes in water and turbidity levels of incoming water for hydropower production. In this project, an Arduino UNO micro-controller and GSM Technology control the operations of the system through sending messages and regulating automatic water valves according to the instant status of the dam water. The developed prototype has four units: sensing unit, processing unit, displaying unit, and alerting unit. In the sensing unit, the ultrasonic sensor continuously monitors the change in water levels and the turbidity sensor takes turbidity measurements of incoming water. In the processing unit, the detected data are collected and fed to the microcontroller for further processing. This technology is expected to reduce the time and cost incurred during the hydropower plant operations by using a small amount of manpower and will facilitate fast information collection.

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Embedded Dam Gate Control System using 'C' and Visual Basic

Cited by 6 publications

References 7 publications

Smart monitoring system of Najran dam

Smart monitoring system of Najran dam

Dam Flood Prevention through Data Analysis using Automatic Control System

Smart System for Controlling and Monitoring Water and Turbidity Levels in Dam Reservoir using Micro-Controller Technology

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