The Automation of Sewage and Rain Pumping Stations – Baoding Unattended Drainage Monitoring System
In recent years, Pingsheng Company has been actively involved in the entire process of project inspection, design, construction, and maintenance for this particular project, while providing comprehensive software and hardware solutions. This project aims to enhance the automation of both sewage pumping stations and rainwater pumping stations, ensuring efficient and reliable operations across multiple locations.
Background of the Project
This initiative involves seven rain/sewage pumping stations, three sewage treatment plants, and ten water-level monitoring points at key bridges. One of the primary goals is to establish a networked monitoring system to address issues related to isolated operations and fragmented management. Additionally, real-time monitoring of water levels at low-lying areas under bridges is crucial to ensure the safety of pedestrians and vehicles during heavy rainfall events.
System Topology
To visualize the system architecture, we have included several diagrams showcasing the connections between different components. These illustrations provide a clear picture of how data flows within the network, highlighting the integration of various sensors, cameras, and control units.
System Features
1. **Synchronized Data and Video Monitoring**
- All monitoring points and centers communicate via optical fiber networks.
- Comprehensive video and data monitoring is implemented at pumping stations and sewage treatment plants, whereas only video surveillance is conducted at bridge water points.
2. **Remote Control for Unattended Operations**
- Remote monitoring capabilities allow operators to oversee parameters like voltage, current, power consumption, water levels, and operational statuses of pumps and valves.
- Operators can remotely control essential devices such as inlet/outlet valves, grating machines, drainage pumps, and conveyors.
3. **Integration with Existing Systems**
- Three sewage treatment plants already have existing PLC-based monitoring systems in place.
- Our team developed custom interface software to integrate these systems, enabling seamless data transfer without additional hardware costs.
Monitoring Software
The user-friendly monitoring software provides an intuitive interface for accessing real-time data and video feeds from all sites. It supports multi-point visualization, allowing users to navigate easily between different locations and monitor critical metrics simultaneously.
Construction Achievements
Since its inception in 2012, this project has significantly improved operational efficiency. Managers now enjoy remote access to live data streams, equipment statuses, and video footage from every station and treatment facility. Real-time communication with on-site staff ensures quick responses to any emergencies. The software aggregates all alarms into one centralized dashboard, alerting duty personnel through audible signals, visual notifications, and SMS alerts. Furthermore, automated analysis tools generate detailed reports and graphs, facilitating informed decision-making and reducing administrative burdens.
Other Applications
Similar projects include the Smart City Drainage Information System in Changchun, the Remote Monitoring System for Jingzhou Pumping Stations, and automation upgrades for facilities in Langfang and Qinhuangdao. These initiatives demonstrate our commitment to advancing urban infrastructure through cutting-edge technology.
Related Resources
For further reading, consider exploring articles like "Baoding Drainage Corporation’s Digital Information Management Platform," or case studies such as the Unmanned Rural Sewage Treatment Plant in Shanghai. Additional resources include presentations on drainage pump station monitoring systems and updates on specific implementations like the Beidaihe Sewage Pumping Station.
In conclusion, this project represents a significant leap forward in urban drainage management. By leveraging advanced automation technologies, we’ve created a robust framework capable of handling complex scenarios while maintaining high reliability and flexibility. For more insights into our work, visit Tangshan Pingsheng’s official website where you’ll find detailed documentation and ongoing developments.
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