Synergi Gas - Unsteady-State

Energy

Performs off-line unsteady flow condition analysis in natural gas networks

Synergi Gas - Unsteady-State

Unsteady-State module

The Unsteady-State module performs off-line unsteady flow condition analysis in natural gas networks. Its ease-of-use and compatibility with Synergi Gas make it the off-line transient module of choice for gas transmission planners and designers.

What you get

Models of gas composition, heat content and specific gravity as it varies with time as system supplies change
Models of simple or complex pipeline systems
Integrated models can include all facilities, including pipes, valves, regulators, compressors, storage fields and other special facilities

With the Unsteady-State module you can

Model complex regulator and compressor stations with multiple series elements on several parallel runs
Balance your network volumetrically or thermally, with options including both heat content tracing and component tracing
Automatically or manually operate facilities during simulation

Explore more Synergi Gas modules:

Model Builder

The Model Builder module in Synergi Gas provides seamless integration with your GIS data and streamlines the process of building and maintaining Synergi Gas models by automating data import, converting GIS point data into linear facilities, and mapping source attributes to model data, thereby enhancing model efficiency and reducing maintenance time.

Customer Management Module

Customer Management Module in Synergi Gas integrates with your Customer Information System (or customer billing system) to calculate temperature-dependent and base load factors, assigns these loads to the model, and enables display of customer information in the model.

Area Isolation Module

The Area Isolation module in Synergi Gas assesses the hydraulic impact of emergency or planned outages. It is used for emergency planning, maintenance, and other operational needs, allowing users to analyze the impact of isolation on network pressure and flow, generate detailed reports, and identify affected customers, all within a user-friendly interface.

Time-Varying Module

The Synergi Gas Time-Varying module performs a series of consecutive steady-state analyses to simulate changes in gas networks over time. It allows for long range planning of storage/gathering systems, link simulations for tasks like inventory tracking and maintenance scheduling, and determine system adequacy and fuel requirements, making it suitable for various gas systems.

Regulator Station Module

The Regulator Station module in Synergi Gas is designed to protect distribution systems from overpressure conditions. It supports monitoring and reporting on safety equipment, ensuring compliance with regulations, and offers features such as an extensive equipment catalogue, analysis of relief valve piping, and generation of detailed station reports to enhance safety and reliability while reducing maintenance efforts.

Automated Design Module

The Automated Design module in Synergi Gas enables you to optimize network efficiency and keep costs down. It helps in designing new systems or upgrading existing ones by analyzing pipe size options based on loading conditions, material costs, and installation costs, ensuring a cost-effective and reliable network design. 

Optimization Module

The Optimization module, or Optimizer, in Synergi Gas is designed to optimize fuel consumption and costs for gas transmission pipelines. It analyzes pipeline throughput, identifies bottlenecks, and optimizes compressor operations to maximize system throughput or minimize fuel costs.

Facilities Management Module

The Facilities Management module in Synergi Gas synchronizes gas distribution network models with GIS updates without requiring a full rebuild. It allows users to compare models, review changes spatially, and selectively integrate updates, streamlining maintenance tasks and enhancing model management flexibility.

Learn more about Synergi Gas software

Have a look at our brochure, videos and other information

Synergi Gas - Unsteady-State

Synergi Gas - Unsteady-State

Unsteady-State module

What you get

With the Unsteady-State module you can