Development of the Automatic Control System of Pumping Station for Urban Water Supply

Pistun, E. P.; Yakymchuk, Natalia

doi:10.5604/20830157.1109380

Cited by 2 publications

(2 citation statements)

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“…The fuzzy controllers have already been applied many times, including scheduling and controlling electrical operators [49], the maintenance of a floating level in a tank on top of the atmospheric distillation unit of the refinery [50], or the boiling water reactor as a recirculation flow control system [51]. The automation control based on fuzzy logic was adapted to the water intake area of the pumping station [52]. Many examples of the practical applications of fuzzy logic controllers may be found in the air conditioning systems for efficient energy operation and a comfortable environment [53][54][55].…”

Section: Control Techniques For Flow Processesmentioning

confidence: 99%

Fuzzy Regulator for Two-Phase Gas–Liquid Pipe Flows Control

2021

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The paper presents an intelligent module to control dynamic two-phase gas–liquid mixtures pipelines flow processes. The module is intelligent because it uses the algorithm based on AI methods, namely, fuzzy logic inference, to build the fuzzy regulator concept. The developed modification has allowed to design and implement the black-box type regulator. Therefore, it is not required to determine any of the complicated computer models of the flow rig, which is unfortunately necessary when using the classic regulators. The inputs of the regulator are four linguistic variables that are decomposed into two classes and two methods of fuzzification. The first input class describes the current values of gas and liquid pipe flows, which at the same time are the controlled values manipulated to generate desired flow type. The second class of the input signals contains a current flow state, namely, its name and the name preferred by the operator flow type. This approach improves the control accuracy since the given flow type can be generated with different gas and liquid volume fractions. Those values can be optimized by knowing the current flow type. Moreover, the fuzzification algorithm used for the input signals included in the first-class covers the current crisp signal value and its trend making the inference more accurate and resistant to slight measurement system inaccuracy. This approach of defined input signals in such environments is used for the first time. Considering all mentioned methods, it is possible to generate the desired flow type by manipulating the system input signals by minimum required values. Furthermore, a flow type can be changed by adjusting only one of the input signals. As an output of the inference process, two linguistic values are received, which are fuzzified adjustment values of the liquid pump and gas flow meter. The regulator looks to be universal, and it can be adopted by multiple test and production rigs. Moreover, once configured with a dedicated rig, it can be easily operated by the non (domain) technical staff. The usage of fuzzy terms makes understanding both the control strategy working principles and the obtained results easy.

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Section: Control Techniques For Flow Processesmentioning

confidence: 99%

Fuzzy Regulator for Two-Phase Gas–Liquid Pipe Flows Control

2021

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“…Electronic monitoring system to complete the work of the entire pump station monitoring and abnormal alarm and pump operation control, on the one hand to save manpower and material resources, on the other hand can improve the level of automatic management of pumping stations [1]. EDA as the main way of electronic design technology, widely used in a variety of electronic product design and functional improvement stage, with the characteristics of strong system portability [16].…”

Section: Introductionmentioning

confidence: 99%

The Monitoring System of Pumping Station Based on FPGA

Li¹,

Lin²,

Sun³

2017

Proceedings of the 2017 6th International Conference on Energy and Environmental Protection (ICEEP 2017)

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Abstract-Condition monitoring can greatly reduce the cost of Pumping Station, To have reliable operation its condition must be monitored constantly. the paper presents a monitoring system of Pumping Station based on FPGA. The system uses EDA development software Max + plus Ⅱ to achieve modular design in FPGA, such as data processing module, pump running status judgment module, pump operation control module, alarm module, etc.. And take GSM communication technology as a system of wireless communication, to complete the data communication between data acquisition part, field equipment and remote monitoring center. Clients can real-time monitoring the operating status of pumping station by remote monitoring center .

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Development of the Automatic Control System of Pumping Station for Urban Water Supply

Abstract: The analysis of the automatic control of water intake area of the pumping station, which is based on a controller with fuzzy logic and systematization using seasonally and hourly water consumption by using wavelet transforms.

Cited by 2 publications

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Fuzzy Regulator for Two-Phase Gas–Liquid Pipe Flows Control

Fuzzy Regulator for Two-Phase Gas–Liquid Pipe Flows Control

The Monitoring System of Pumping Station Based on FPGA

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