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Integrated dam automation system (idas)

机译:综合大坝自动化系统(idas)

摘要

Integrated Dam Automation System (IDAS) is intended to be an appropriate option to meet out the existing challenges of dam operating system. The system is incorporated into Programmable Logic Controller (PLC), Distributed Control System (DCS) and Supervisory Control and Data Acquisition (SCADA) technology. The PLC is used to control the gate valve position of dam through the measurement of water level in the dam. DCS is utilized to get continuous monitoring and data acquisition of the working condition of the dam. The main function of the proposed model is to automate the dam channel gate operation in accordance with the presence of water level in different dams using DCS to centralize thé system. The flow of water is measured frequently using water flow measurement sensors in both the case of the inlet and outlet of the dam. The concept of PLC will eradicate the occurrence of failure and improve the precisión of flow of water resource in the proper manner. The main reason for using PLC is to achieve various functions and controls like gate control, level measurement and automatic start/stop sequencing and instrumentation also possible in a protected way. This project is made to ensure the use of PLC and DCS to control and automate the dam in a high accuracy rate. To enhance the reliability and safety procedures of the dam, it is very important to collect dam operational data in real time monitoring system and such case, here the DCS to be enclosed with this project. The remote DCS is incorporated with the data like flow rate, temperature and water , level by the help of various sensor installations. The acquisition of data from remote DCS unit is directed to centralize SCADA will help for future consideration and also gives feedback to work with the PLC system to alter its operation in proper sequence to avoid accidents and failures. The SCADA system of this project will stores the data of sequence and various parameters of the dams at different places are collected from each DCS, in a very rapid manner to achieve perfection and full utilization of water resource. As IDAS, is an integrated system of many dams in a centralized station, therefore the system in need to achieve quick transfer of PLC and DCS data to the centralized system, which triggers the main control of the dam. The transfer of information and controlling signal is done by using satellite communication (GPRS or GSM system). The receiver end present in the dam will be actuated by means of controlling signal transferred from centralized dam controlling station (SCADA to Remote DCS). This ensures that an emerging new technological development and could raise the technological infrastructure of the dam.
机译:集成大坝自动化系统(IDAS)旨在成为应对大坝操作系统现有挑战的合适选择。该系统已集成到可编程逻辑控制器(PLC),分布式控制系统(DCS)和监督控制与数据采集(SCADA)技术中。 PLC用于通过测量大坝中的水位来控制大坝的闸阀位置。 DCS用于对大坝的工作状态进行连续监控和数据采集。该模型的主要功能是使用DCS集中系统,根据不同大坝中水位的存在使大坝通道闸门操作自动化。在大坝的进水口和出水口中,经常使用水流测量传感器来测量水流。 PLC的概念将消除故障的发生,并以适当的方式提高水资源的流动精度。使用PLC的主要原因是要以受保护的方式实现各种功能和控制,例如门控制,液位测量以及自动启动/停止顺序和仪表。该项目旨在确保使用PLC和DCS来以高准确率控制和自动化大坝。为了提高大坝的可靠性和安全性,在实时监控系统中收集大坝运行数据非常重要,在这种情况下,此项目随附DCS。借助各种传感器安装,远程DCS包含流量,温度和水,液位等数据。从远程DCS单元获取数据旨在将SCADA集中起来,这将为将来的考虑提供帮助,并提供反馈信息以与PLC系统一起工作,以正确的顺序更改其操作,以避免发生事故和故障。本项目的SCADA系统将存储序列数据,并从每个DCS收集不同位置的大坝的各种参数,以非常快速的方式实现水资源的完善和充分利用。作为IDAS,它是一个集中式站点中许多大坝的集成系统,因此需要将PLC和DCS数据快速传输到集中式系统的系统,从而触发大坝的主要控制。信息和控制信号的传输是通过使用卫星通信(GPRS或GSM系统)完成的。大坝中存在的接收器端将通过从中央大坝控制站(SCADA到远程DCS)传输的控制信号来致动。这确保了新兴技术的发展,并可以提高大坝的技术基础设施。

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