Adv. Analysis & Operations

The application will support both simple controls and advanced rule-based logic to manage network operations. Users will be able to define straightforward conditional controls, such as turning a pump on or off based on the water level in a tank or the pressure at a junction. For more complex operational strategies, a rule-based system will allow the combination of multiple conditions and logical operators (e.g., “IF Tank-1 level is below 10 ft AND Pump-2 is OFF, THEN open Valve-A”). Together, these features provide a flexible framework for simulating everything from basic control actions to sophisticated, automated system operations.

This feature provides an automated workflow for conducting fire flow availability studies. The tool will systematically simulate a large fire demand at each hydrant or junction in the system and calculate the available flow at that location while maintaining a minimum residual pressure throughout the network. This is a critical analysis for ensuring the system meets fire protection standards.

These network tracing tools help users understand system connectivity and flow paths. An upstream trace from a selected node will identify all sources (like tanks or reservoirs) that supply water to that point. A downstream trace will identify all the nodes and customers that are served by a selected facility, such as a pump station or a specific main.

This specialized network trace is used to map the boundaries of pressure zones or supply zones. By identifying key boundary elements like closed valves or PRVs, the tool can automatically delineate and highlight all the pipes and nodes that belong to a specific zone. This is invaluable for managing pressure zones and understanding system segmentation.

This automated analysis helps utilities understand the vulnerability of their system to valve failures or closures. The tool simulates the closure of each critical valve in the network one by one and reports on the impact, such as identifying which customers would lose water service. This information is vital for prioritizing valve maintenance programs and developing effective emergency shutdown plans.

The simulation engine will track and report on pump energy consumption and cost over an extended period simulation. By defining pump efficiencies and electricity tariffs (which can vary by time of day), users can analyze the operational cost of different pumping strategies. This allows them to compare scenarios and identify opportunities to reduce energy usage and operational expenses.