Hydraulic Modeling System
The hydraulic simulation model for the water supply network simulates the network's hydraulic conditions (flow rate, flow velocity, and pressure), providing scientific guidance for optimizing daily operation and scheduling.
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The hydraulic simulation model for the water supply network simulates the network's hydraulic conditions (flow rate, flow velocity, and pressure), providing scientific guidance for optimizing daily operational scheduling.
I. Pain Points in Demand
- It is impossible to accurately predict water demand, making it difficult to balance supply and demand.
- In scenarios involving pipeline bursts, it is impossible to precisely locate the shut-off valves or accurately determine the extent of water outages.
II. Advantages of the Plan
- Simulate and analyze the impact of various operational scenarios, such as pipe bursts and valve closures, to provide more timely and effective support for emergency response management.
- Enhance understanding of the overall operation and water distribution zones within the pipeline network, comprehensively improving pipeline management efficiency; scientifically verify the rationality of zoning to provide a solid foundation for reducing leakage in each zone.
- The modeling process effectively organizes foundational pipeline network data, identifies anomalies, and ensures safety (e.g., valve operation status, pipeline connectivity, etc.). It also enables hydraulic simulation analysis, providing essential computational insights to support the optimization and renovation of the pipeline network.
III. Function Description
- It is impossible to accurately predict water demand, making it difficult to balance supply and demand.
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