An Application of Fuzzy Control Based on PLC in Rubber Dam Monitoring System

Guo, Junmei; Chen, Qingchun

doi:10.1109/icsem.2010.159

Cited by 6 publications

(4 citation statements)

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“…Figure 4: Methodology of the operation system Programmable Logic Controller (PLC) Based on the reviews done upon the previous papers, there are different methods been used in control system. Among the methods which have been proposed in their papers for control method are by using the fuzzy logic based method [3], microcontroller based method [4] and, programmable logic controller based method [5]. Based upon studies which have been carried out in order to find the most suitable control method for the monitoring system for Timah Tasoh Dam project, the result comes with the programmable logic controller based method which is highly preferred compared to other methods due to its advantages.The development of monitoring system for this project involves the use of Programmable Logic Controller (PLC) software and Graphical User Interface (G.U.I) application.…”

Section: Electrical Power Engineering and Sustainable Development Of ...mentioning

confidence: 99%

Development of a Monitoring System for Timah Tasoh Dam

Hasan

Hamid

Idris

et al. 2015

AMM

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Timah Tasoh serves as a source of drinking water and industrial supplies, irrigation, tourism, as well as flood mitigation for the state of Perlis. However, the dam is also become one of the causes of flooding in the state and it gives a terrible consequences resulting in losses of various aspects. Therefore, to overcome this problem, an automated control system and monitoring system have been developed for controlling the operation and monitoring the status of the service spillway gates at Timah Tasoh dam. The system was developed by using the programmable logic controller (PLC) for controlling the operation of the spillway to release the water out of the dam at the rate prescribed and graphical user interface (G.U.I) for the spillway gate status monitoring purpose. The program developed involves the control of six spillway gates in stages depending on water level in the dam. The operations of controlling and monitoring the spillway gates then were tested through the simulation in order to see whether the system operated as required.

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Section: Electrical Power Engineering and Sustainable Development Of ...mentioning

confidence: 99%

Development of a Monitoring System for Timah Tasoh Dam

Hasan

Hamid

Idris

et al. 2015

AMM

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“…But this PLC based system is costly and effectively applicable for major dams and not for small and medium dams like irrigation dams. Junmei Guo & Qingchun Chen also proposed a system using Fuzzy Logic in PLC/SCADA system [7] for the control of dam gate operation but since here too the PLC is used it can be suitable for major dams. Slivnik, T. Kodric, M.; Antauer, M. proposed a protection unit [8] for the dam gates which overcame some drawbacks of other existing system like not detecting anomalies, such as asymmetric movement of gates, faults in drive gearwheel etc.…”

Section: Literature Surveymentioning

confidence: 99%

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

Iyer¹,

Pai²,

Badri³

et al. 2013

IJCA

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Now-a-days water scarcity has become a serious problem in India and there are many factors responsible for this like improper supply of water from the dam, improper water saving systems, etc. but one major factor is the improper opening and closing of the dam gate according to the level of water in the dam. Also till date the control mechanism of the dam gates are done manually and using PLC. But there are lots of errors in manual method. Also the PLC based system is huge and hence suitable for major dams due to its cost. For medium and small dams like irrigation dams does not require such huge PLC systems. So to reduce these problems a mechatronic control system is proposed in this paper. This project is a AT89S51 microcontroller based dam gate control system which helps in keeping an eye on the frequent usage of water resources from dam for irrigation purposes and efficient operation of dam gate according to the level of water and also helps in indicating about flood to people living in the surrounding. This proposed mechanism of dam gate control reduces the water wastage and efficient usage of available water is ensured. Also there are heavy load shedding problems in the villages in almost all states of India. To overcome these problems the proposed dam gate control system can be combined with the operation of the geothermal and nuclear power plants for generation of electricity .

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“…Until no, no attempts have achieved this technology; however, many researchers have worked on ancient and traditional studies relevant to hydraulic gates, such as [1], which presented a rubber dam monitoring system for a dam constructed in Shandong Province. SIEMENS PLC employed fuzzy technology to control water levels.…”

Section: Introductionmentioning

confidence: 99%

Electro-Hydrodynamic Design of an Intelligent Balloon Water Gate Controlled by an Efficient Maximum-Power-Seeking Controller for a Solar Generation System

et al. 2019

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The intelligent balloon water gate (IBWG) invention is a hydraulic gate model made of reinforced plastic that controls the water level (WL) downstream or upstream of a barrage. The IBWG automatically inflates and deflates by compressed air to close and open the water passage, respectively. The whole design consists of a balloon, a waterway, sensors, an air compressor, a control panel, an electrical circuit and a photovoltaic generation (PVG) system. The Tyass barrage in Iraq was considered as a case study. The Tyass barrage was built with concrete and four sliding steel water gates and redesigned using the IBWG. The originality of the current research resides in the combination of the IBWG mechanism with an efficient maximum power point (MPP) seeking controller for a photovoltaic generation system, which is one of the most promising sources of renewable energy in the world. To the best of our knowledge, in this field, this scenario has not yet been discussed in detail. Upper and lower water sensors are used to control the IBWG. The upper sensor sends a signal to the control panel when the downstream water level reaches its maximum value to open the air inlet valve and close the outlet valve, inflating 14 IBWGs with a volume of 3.5 m 3 under 122 psi of pressure and closing the water passage. When the WL decreases below the minimum level, the lower sensor initiates the opposite procedure. The air compressor automatically fills the air tank to 181 psi and is supplied by a 24 VDC AGM rechargeable battery with a capacity of 40-60 Ah, which is charged by four solar panels connected in parallel and exposed to an average of 8.8 hrs/day of sunshine. The proposed MPP-seeking controller was implemented by a backstepping design coupled with the grey wolf mechanism. The solar irradiance data were observed 39 years ago. The proposed controller is capable of following the MPP with minimum oscillations under an external irradiance variation. The IBWG system is verified at night or during the early morning when the sun is not active. Nevertheless, it is possible to store compressed air in an auxiliary tank to avoid emergencies such as partial shading conditions. INDEX TERMS Electro-hydrodynamic rubber water gate, PVG system, backstepping technique, grey wolf optimization, lyapunov stability.

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An Application of Fuzzy Control Based on PLC in Rubber Dam Monitoring System

Cited by 6 publications

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Development of a Monitoring System for Timah Tasoh Dam

Development of a Monitoring System for Timah Tasoh Dam

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

Electro-Hydrodynamic Design of an Intelligent Balloon Water Gate Controlled by an Efficient Maximum-Power-Seeking Controller for a Solar Generation System

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An Application of Fuzzy Control Based on PLC in Rubber Dam Monitoring System

Cited by 6 publications

References 0 publications

Development of a Monitoring System for Timah Tasoh Dam

Development of a Monitoring System for Timah Tasoh Dam

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

Electro-Hydrodynamic Design of an Intelligent Balloon Water Gate Controlled by an Efficient Maximum-Power-Seeking Controller for a Solar Generation System

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