Business Pain Point Analysis
Water resource scheduling depends on timely awareness of the latest status of different water intake objects such as rivers and canals, wells, and pump stations. However, monitoring object types are diverse, and water intake information is scattered across different business scenarios. Management personnel often need to search separately among river and canal monitoring stations, wells, and pump station data, making it difficult to quickly form an overall judgment of regional water intake conditions.
At the same time, data at different time scales serves different analytical functions: real-time water regime reflects the current status of a monitoring station, hourly water regime presents short-term change processes, and daily water regime is used to understand and verify daily water regime conditions. Without a coherent way to view them, management personnel may see data at a single point in time but find it difficult to combine current status with stage changes for analysis.
Daily water regime also involves both reviewed data and automatic monitoring data. Once the two types of data are viewed separately, it not only increases verification workload but also makes it difficult to promptly identify differences between them. How to centrally view different water intake objects, connect different time scales, and intuitively conduct data comparison constitutes an important foundation for improving water resource scheduling efficiency.
To address these problems, the platform builds centralized water intake and water regime monitoring capabilities, aggregating river and canal real-time water regime, hourly water regime, and daily water regime, and centrally presenting the latest water intake information of wells and pump stations. Management personnel can view the current data of each monitoring station, further query historical records and change processes of monitoring stations, and compare reviewed data with automatic monitoring data in daily water regime, providing data reference for water regime verification and water resource scheduling.
Core Function Description: From Centralized Monitoring to Process Traceability
1. River and Canal Water Diversion
Real-Time Water Regime: Grasp Current River and Canal Water Diversion in One Table
River and canal real-time water regime centrally presents the most recent monitoring results of each station. After entering the page, management personnel can view monitoring time, water level, and flow, quickly forming an overall judgment of the current river and canal water diversion situation. The page provides filter conditions such as basin, administration bureau, management office, management station, and station type, supporting both retrieval by regional scope and gradual narrowing of the viewing scope along the management hierarchy.
On the basis of grasping the current status, clicking the station name allows further viewing of the station's time-period water regime. After setting the start time and end time, the system displays water level and flow records within the corresponding period and simultaneously generates a water level and flow process line, extending data at a single point in time into a continuous change process.
Current query results and station details both support export, and process charts can also be saved as images, facilitating retention of water regime materials and providing data reference for subsequent analysis and scheduling decisions.
Hourly Water Regime: Extending from Real-Time Data to Change Processes at the Hourly Scale
Real-time water regime focuses on "now," while hourly water regime further presents changes in water regime at the hourly scale. The page displays water level, flow, and hourly water intake corresponding to each station by time, helping management personnel understand water intake performance in different periods. Combined with filter conditions such as basin, management unit, and station type, stations requiring attention within the scope of responsibility can be quickly located.
After clicking the station name, the page expands the station's hourly water regime records within the specified period in chronological order and presents changes in water level and flow through process lines. Management personnel can thereby connect the latest data with preceding and following periods and judge whether short-term changes are continuous and whether the change amplitude is significant.
The hourly water regime list and station details both support export, and process charts can also be saved separately, facilitating organization of staged water regime materials and providing a basis for change analysis and scheduling assessment.
Daily Water Diversion Regime: Same-Screen Comparison and Verification of Reviewed Data and Automatic Monitoring Data
Daily water diversion regime focuses not only on the daily data itself but also on verification between different data sources. After selecting a date, management personnel can complete the query in combination with conditions such as basin, administration bureau, management office, management station, and station type. The page simultaneously displays reviewed water level, reviewed flow, data source, as well as automatic monitoring water level and automatic monitoring flow, enabling daily water regime and its source to be viewed comparatively within the same interface, with differences intuitively presented.
For stations requiring further verification, clicking the station name allows viewing daily water regime records within the specified date range. In the list, reviewed data and automatic monitoring data are presented side by side, and water level comparison charts and flow comparison charts are generated respectively, allowing intuitive identification of whether differences exist between the two types of data.
Station lists and detail data both support export, and the two sets of comparison charts can also be saved as images, facilitating daily water regime verification, difference analysis, and retention of related materials.
2. Centralized Presentation of Engineering Water Intake Information: Classified Viewing of Wells and Pump Stations
Well Water Intake: View the Latest Water Intake Information by Specific Well
The well water intake page organizes monitoring information by specific well. Management personnel can select one or more basins to centrally view management unit, well name, well code, monitoring time, and the latest water level and flow, and further drill down from the management unit to specific wells to grasp the most recent water intake monitoring situation of relevant wells.
Pump Station Water Intake: View the Latest Water Intake Situation of Pump Stations Level by Level According to Management Hierarchy
The pump station water intake page organizes data level by level according to management office, management station, and monitoring station, and displays the monitoring time, water level, and flow of each station. Management personnel can limit the viewing scope by one or more basins and then, combined with the management relationships in the table, grasp the latest monitoring results of different stations, thereby forming an overall understanding of regional pump station water intake dynamics.
Business Application Value: Four Improvements from Scattered Viewing to Centralized Grasp
1. More Centralized Information Viewing
The platform brings river and canal real-time water regime, hourly water regime, daily water regime, and well and pump station water intake information into the same water intake monitoring module. Management personnel can switch views according to actual business scenarios, reducing the workload of repeatedly searching across different systems or scattered materials and improving the efficiency of obtaining water intake information.
2. More Intuitive Water Intake Changes
Real-time data is used to understand current status, hourly data is used to observe short-term changes, and daily water regime is used to grasp and verify daily conditions. Combined with station time-period queries and water level and flow process lines, management personnel can trace from a certain point in time to the change process over a period of time, forming a more coherent understanding of the water regime.
3. More Convenient Data Verification
Daily water regime presents reviewed data and automatic monitoring data side by side and intuitively presents differences in water level and flow through two sets of comparison charts. Management personnel can complete data verification within a specified date range for a station without repeatedly switching between different data sources.
4. More Evidence for Scheduling Assessment
By centrally viewing water level and flow information of different water intake objects and different time scales, management personnel can promptly grasp water intake dynamics, analyze stage changes, and verify daily water regime data, providing more complete and intuitive data reference for water resource scheduling.
Conclusion
The platform aggregates river and canal water diversion, well water intake, and pump station water intake information, achieving viewable current conditions, traceable change processes, and verifiable data differences, promoting the transformation of water intake information from scattered viewing to centralized grasp, and providing data support for refined water resource scheduling.
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