About InfoWorks WS Pro
Overview
InfoWorks WS Pro is a comprehensive, easy-to-use and flexible system for the management of water supply models. The system provides a master database for storing network and control data and includes the routines necessary to import, create and edit that data.
When the model has been created, InfoWorks WS Pro allows you to simulate the behaviour of the network under a range of conditions. A variety of reporting tools are provided for analysing the results.
In particular, InfoWorks WS Pro allows you to perform the following tasks:
- Manage and maintain network models over a long time period.
- Share model data among a workgroup of users.
- Import model data from other systems.
- View a geographical representation of the network on screen, with the network displayed over the top of the detailed local map.
- Perform hydraulic simulations to model network performance under a variety of demand and control conditions.
- Produce reports and graphs, demonstrating the results of the simulations.
InfoWorks WS Pro allows you to create and maintain many different models, so that both high-level and detailed reports can be generated.
Features of InfoWorks WS Pro
- simulate any normal, emergency and catastrophic situation
- accept live data from a telemetry system and provide detailed analysis and comparison with model data
- make calibration of network models easier by comparing simulation results with live data
- compute all costs of energy and power using user-defined tariffs
- simulate changes in water quality in the network
- simulate various control policies and help in formulation of the one best suited to local demands.
Uses of InfoWorks WS Pro
- Operational Management of existing water supply systems
- Design and Analysis of existing/future water supply systems
- analysis of how the system really operates
- verification of current control policy
- pump scheduling and optimisation
- selection of post-chlorination sites
- selection of the most favourable electricity tariff
- analysis and control of data collected by telemetry
- planning and design of new facilities
- design of enlargements and reconstructions of the system
- design of a new control/telemetry system
