Water Operating/Time Series (WL) Siemens PSS SINCAL Water Modules

Water Operating/Time Series (WL)

Requirements and Use Cases

Many individual steady-state calculations are required to analyze the effects of changes in operating state in relation to consumption patterns and valve states of the water network over a historical or forecast period.

A validation of a planning model with measured values is also required but also the determination of flow rates, as well as losses over short, medium or long-term periods (e.g. daily pattern).

• Analysis of different defined operating states in only one calculation
• Analysis of the daily and seasonal dependent pressure distributions in the network
• Refinement and validation of the network model (calibration)
• Analysis of increase and reduction rates of supply or consumption in medium and long-term forecast periods
• Determination of average and extreme values
• Determination of transported quantities and losses over a selected period

Solution

Based on a network model for steady-state calculations, PSS?SINCAL enables quasi-dynamic time series calculations (WL) over a time period or at specific operating points.

• Calculation of user-defined operating points and operating states
• Time series calculation based on steady-state calculations with user-defined time step
• Calculation based on user-defined increase rates
• Calculation with meter data and measured values determined during operation
• Results for average, maximum and minimum values

PSS?SINCAL ? simulation software for analysis and planning of electric and pipe networks is used in over 90 countries by by transmission and distribution planning engineers, protection engineers, consultants, power plant and industrial network operators, operations planning engineers, IT professionals, researchers, and more.

Applications

Independently or simultaneously analyze the impacts of low, medium, and high-voltage networks

Through its modular design, PSS?SINCAL is highly flexible and customizable. It offers a wide variety of analysis functions for the planning, design and operation of power systems, allowing you to simulate and study: power quality, frequency stability, distributed generation interconnection, protection coordination, restoration of supply, economic driven design decisions, and more.

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