LIUQing-hua,ZHANG Shi-neng.Research on the Construction of Intelligent Control System of the Pumping Station Group in Changde[J].China Water & Wastewater,2022,38(16):117-124.
Research on the Construction of Intelligent Control System of the Pumping Station Group in Changde
China Water & Wastewater[ISSN:1000-4062/CN:12-1073/TU]
volume:
第38卷
Number:
第16期
Page:
117-124
Column:
Date of publication:
2022-08-17
- Keywords:
- pumping station group; smart dispatch; smart decision-making; intelligent control; system construction
- Abstract:
- Based on the existing management and dispatching system of the water conservancy pumping stations in urban Changde, and the actual demand is higher than the capacity of the existing pumping station group for flood control, waterlogging prevention and urban drainage, a comprehensive smart management and control system that integrates functions such as comprehensive perception of river and lake information, automatic monitoring of station gates, and smart dispatch and decision support is constructed, through the combined application of new technologies such as three-dimensional GIS, oblique photography modeling, BIM modeling, and artificial intelligence algorithm analysis, as well as enhanced data sharing with three defenses, hydrology and other departments. To achieve the construction goal of fine management, scientific decision-making, and smart dispatch, the urban water conservancy pumping station is initially built into the first smart water conservancy sample based on full three-dimensional simulation in the Dongting Lake area. The research shows that through the collaborative work of the pumping station group, the constructed intelligent management and control system has the advantages of safety, economy, intelligence, integration and automation, which can reduce production costs and improve the ability of flood control and water resources dispatch. The construction framework of the smart water conservancy system is beneficial to improve the linkage work, work efficiency and flood control capacity of the pump station group, and can provide reference for the construction and management of other pumping station water conservancy projects.
Last Update:
2022-08-17