Core Translation
Core Translation
1.BI Cockpit System
● It macroscopically displays the comprehensive operation status to support decision-making, command and dispatching.
● It statistically analyzes the key indicators of water supply to grasp the achievements of water production and supply.
● It provides an overview of the location and status of measuring points on the map to understand the overall water supply situation.
2.Water Source Monitoring System
● It visually monitors the operation status of pump rooms, and provides early warnings for water supply abnormalities and on-site security risks.
● It enables remote/auto-control of pump start-up and shutdown to achieve unattended operation of pump rooms.
● It analyzes pump energy consumption, evaluates pump economy, and supports energy conservation and consumption reduction.
3.Smart Water Plant Dispatching and Management System
● It creates a digital twin of the water supply process flow to enable visualized smart management and control.
● It realizes intelligent linkage control to achieve automated operation of water supply.
● It provides classified multi-level early warnings to timely detect potential risks to water supply safety.
● It conducts in-depth analysis of energy consumption, water consumption, and chemical consumption to facilitate scientific energy and resource conservation.
4.Smart Pipe Network Information Management System
● It conducts curve analysis on the variation trends of pressure and flow, providing a basis for optimizing water supply scheduling plans.
● It enables intelligent classified multi-level early warnings, timely detecting potential faults to ensure water supply safety.
5. Secondary Water Supply Management System
● It enables 3D scenario-based monitoring of the secondary water supply process flow, pump room data, and equipment status.
● It automatically controls time-based and pressure-based water supply as well as scheduled pump rotation to ensure water supply and achieve energy conservation and consumption reduction.
● It automatically issues early warnings for situations such as insufficient pressure/flow, substandard water quality, and equipment failures.
● It ensures high-quality, sufficient, and stable-pressure water supply for the "last mile" of water delivery.
6. District Metering and Leakage Management System
● It conducts multi-angle and multi-dimensional analysis centered on "non-revenue water (NRW)".
● Combined with the pipe network GIS, it enables flexible district division, allowing adjustments to district levels and scopes.
● It provides non-revenue water analysis and ranking to track the effectiveness of pipe network leakage control.
● It performs minimum night flow analysis in DMA districts to identify the "key areas with severe leakage" in the pipe network.
7.Urban Ecological Water Metering and Management System
● It provides an overview of the layout and status of water intake hydrants on a map.
● It enables accurate tracking of water consumption for each water user and each water intake hydrant.
● It conducts scientific analysis of changes in water demand to support water dispatch.
● It supports two charging management modes (pre-payment and post-payment) and provides early warnings for unpaid fees.
8.Smart Operation and Maintenance Management System
● It enables automatic circulation of maintenance work orders and progress control.
● It conducts multi-angle analysis of key indicators such as the number of work orders, completion rate, and processing time.
● It automatically generates inspection task lists based on inspection plans.
● It aggregates inspection completion status, allowing users to view inspection progress and details.
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