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ADMS
Advanced
Distribution
Management
System
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AGMS
Advanced
Gas
Management
System

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ADMS
Schneider Electric’s Advanced Distribution Management System is a modern and comprehensive solution for power network management including but not limited to monitoring, control, outage and hazard management, planned work management, storm management, network conditions analysis, network optimization, operation planning, network development planning, what-if analysis, operators training, applicable on all voltage levels – from low voltage up to transmission.
Advanced Distribution Management System
Increasing demand for reliable, safe, and efficient power network operation causes network operators to search for an efficient operational platform, gathering all applications and solutions into one integrated platform, model and user interface. Consequently, the electricity market moves in the direction of sophisticated integrated software products, which may unify operation technologies (OT) and information technologies (IT) into a single platform. Proven and award winning Advanced Distribution Management System is Schneider Electric’s response to these growing trends.
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Solution
Schneider Electric’s Advanced Distribution Management System (ADMS) is a modern and comprehensive solution for electrical network management including but not limited to monitoring, control, outage and hazard management, planned work management, storm management, network conditions analysis, network optimization, operation planning, network development planning, what-if analysis, operators training, applicable on all voltage levels from low voltage up to the transmission.
ADMS IS FULLY INTEGRATED SMART CONTROL SYSTEM FOR UTILITIES, INTEGRATING SIX COMPONENTS INTO A SINGLE PLATFORM FOR A SEAMLESS OPERATION OF POWER SYSTEMS

New generation of supervisory control and data acquisition (SCADA)

Distribution management system to monitor, analyze, and optimize distribution network with more than 50 specialized power applications (DMS)

Transmission management system to monitor, analyze, and optimize subtransmission and transmission networks (EMS)

Network operations to manage all unplanned outages with embedded FLISR, hazards, planned work, major storms including damage assessment (NetOps)

Power control system to manage operation of islanded and connected Microgrids (PCS)

Distribution Energy Resource Management system to manage and optimize impact of DERs to distribution network (DERMS)
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Advantages
Improves
SINGLE PLATFORM
that includes operating systems, cyber security, administration and configuration, data model, displays, user interface
SINGLE STANDARD-BASED (CIM, IEC) INTEGRATION PLATFORM
for streamlined integration to external utility systems
ABILITY TO COMPLY
with various security standards world-wide
INCREASE NETWORK VISIBILITY
by intelligent monitoring modules
FULLY DIGITALIZED CONTROL ROOM
that results in optimized operator workload and increased field safety
GRID RESILIENCE, SCALABILITY AND CONTROLLABILITY
CUSTOMER SATISFACTION
by reduced outage times and proactive disturbance detection and notification
NETWORK RELIABILITY (SAIDI, SAIFI, ENSI)
by advanced outage management with embedded FLISR engine and demand reduction in emergency conditions
EXTENDED ASSET LIFECYCLE
by intelligent network operation optimization
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According to Gartner:THE BEST SOFTWARE 7 YEARS IN A ROWsignificant advantage when compared with other vendors
Minimized total cost of ownership
Optimal capital investments in primary network
Increased utility revenue by network optimization that results in minimized technical power losses
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Solution
SCADA represents new generation of utility SCADA, designed for modern distribution and transmission network equipped with large number of monitored and controlled field devices. Highly scalable SCADA solution supports acquisition, processing, monitoring, and control of field devices including RTUs and IEDs via various standard protocols such as DNP 3.0, IEC 101/104, Modbus, IEC 61850. The platform is highly extendable to support a set of specific communication protocols as well. ICCP services support cost-effective integration to external SCADA or SCADA/EMS systems. Single and highly configurable user interface is provided to increase and improve operators' situational awareness and operation approach. SCADA configuration module provides streamlined management of SCADA configuration and corresponding displays, through controllable model promotion process.
Functionalities
- Front end processors to efficiently poll and control RTUs and IEDs,
- ICCP services to communicate to external SCADA/EMS systems,
- Intelligent tagging to support day-to-day operators tagging activities,
- Smart alarm engine to efficiently manage all alarms in steady and high-activity cases,
- Generic calculation engine to support easy creation of various calculated points,
- SCADA configuration for streamlined and cost-effective SCADA commissioning,
- Load shedding, manual and rotational, with intelligence in shedding groups creation with respect to current network configuration,
- Emergency voltage reduction that supports substation and feeder voltage regulators,
- Operator logbook to efficiently log all either existing or scheduled operator activities.
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Advantages
VERIFIES IMPACT
on the network before operation
SMART ALARMING ENGINE
combined SCADA alarms and DMS-calculated alarms
DESIGNED TO SUPPORT
multi-agent closed loop applications (VVO, Feeder Configuration, FLISR)
BUILT ON TOP OF SINGLE ADMS DATA MODEL AND USER INTERFACE
HIGHLY CONFIGURABLE DISPLAYS EDITOR
STREAMLINED CONFIGURATION
including RTU templates and faceplates
SUPPORTS 10 MILLION REMOTE POINTS
PROCESSES 1 MILLION VALUES PER SECOND
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Solution
DMS solution represents the set of more than 50 power applications organized to support all activities in distribution network real-time management and operation planning. The DMS apps ensure enhanced network visibility including the unmonitored area that increases utility situational awareness and decision making. In addition, a set of apps is provided for continual optimization of network condition and fault level analysis in real-time mode. Prediction of the operation issues is ensured with intelligent state forecast application that provides preventive management of unexpected perturbations. All DMS applications are available in real-time and study mode, which provides a rich set of what-if analysis in a day-to-day operation.
Functionalities
-
- Monitoring apps
- Load Flow and State Estimation
- Equipment Rating
-
- Optimization apps
- Volt/VAR Control and Volt/VAR/Watt Control
- Network Reconfiguration
-
- Operation Planning
- Near, Short, Medium Term Forecast
- Load Scaling
-
- Analysis apps
- Energy Losses
- Fault Level (Short Circuit) and Relay Protection Analysis
- Harmonic and Contingency Analysis
-
- Development Planning apps
- Customer Connection
- Network Automation
- Voltage Regulator Placement and Capacitor Placement
- Cable Reinforcement
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Advantages
INCREASES UTILITY REVENUE
by optimizing technical losses
ENSURES QUALITY OF POWER DELIVERED TO END CUSTOMERS
AVOIDS LOAD SHEDDING IN EMERGENCY CONDITIONS
by intelligent demand reduction
EXTENDS ASSET LIFETIME
by optimal operation of the entire grid
MINIMIZES AND OPTIMIZES INVESTMENT IN PRIMARY NETWORK
by optimal network development planning
RELIES ON REAL-TIME DATA MODEL AND REAL-TIME HISTORICAL DATA THAT IS ESSENTIAL FOR ACCURATE NETWORK REPRESENTATION AND MODELLING
IN PRODUCTION AT OVER 180 CONTROL CENTERS WORLDWIDE
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Solution
NetOps solution of ADMS, provides efficient end-to-end management of all unplanned outages and works, hazards, planned outages and works, major storms and all other relevant operation activities in day-to-day work and field management, in both transmission and distribution networks. NetOps consists of the following components: Outage Management (legacy OMS), Switching Management, and Fault Location, Isolation and Supply Restoration (FLISR). Outage Management component is responsible for management of all unplanned outages, work and hazard activities, in blue sky and major storm days. Switching management supports full work flow of planned and emergency switching. FLISR component is embedded in Outage Management and ensures optimal and fast location and isolation of fault, as well as restoration of majority of customers on the feeder with appropriate level of SCADA controlled distribution automation.
Functionalities
-
- Outage Management
- Call taking and processing
- Incident management, including predicted and confirmed, outage and non-outage incidents
- ETR and prioritization management
- Crew management with optimal crew dispatching
- Distributed dispatching
- Leveraging smart meter data (last gasp and power-up events, status pings, voltage polls)
- Storm management with Damage assessment
- Reporting engine including standard-based reliability report
- Standardized integration to legacy systems (IVR, Crew positions, Customer portals, AMI etc.)
-
- Switching Management
- Scheduling of switching within and without control center
- Optimal writing of switching
- Verification of switching with multi-level approvals
- Proactive notification to customers affected with scheduled switching
-
- FLISR
- Fault location, localization and isolation
- Supply restoration with look ahead mode
- Return to normal
- Large area restoration in distribution and transmission network
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Advantages
IMPROVES CUSTOMER SATISFACTION
by communication and reduction of outage times
IMPROVES GRID RELIABILITY (SAIDI, SAIFI, ENSI)
HIGHLY CONFIGURABLE
to adapt to specific utility business processes
OPTIMAL SWITCHING WITH EMBEDDED CONSIDERATION OF IMPACT ON THE GRID,
field crew safety, and field crew workload
IMPROVED RESPONSE AND DECISION MAKING ON MAJOR STORMS
by embedded storm management with damage assessment
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Solution
ADMS historian is designed as highly available fault tolerant subsystem organized as a central place for collection of all relevant ADMS data, including but not limited to statuses, analogs, alarms, events, sequence of events, flow/state estimation results, outages, switching plans, etc. ADMS historian consists of multiple SQL databases, with highly configurable retention periods and archive logic, with proven high read/write performances. The rich set of out-of-the-box reports is provided on top of ADMS historian, assisting utility personnel in post-mortem and performance analysis, as well as decision making to improve network and utility performances. All historian data are additionally embedded in all ADMS modules which improves accuracy and performances of modules themselves. The data are exposed to utility warehouse systems which makes cost-efficient sending of ADMS data to warehouse systems to be combined in analytic modules.
Functionalities
- Collection of time series and relational data from all ADMS modules
- Set of historical tabular reports with historical calculations of statistics and performances on top
- Trending
- Snapshots and playbacks of dynamic data
- Analytical reports such as load and voltage condition analysis
- Element and device health and condition monitoring
- SQL Server Reporting Service (SSRS) as an open reporting engine for providing extensive set of specific reports built by utility personnel accessible via web browser
- Exporting of reports to standard formats
- Correction of load profiles based on estimated load history
- Out-of-the-box PI interface
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Advantages
SINGLE HISTORIAN THAT STORES ALL NETWORK CHANGES
SCADA changes, operator actions, application results, load/flow state estimation results
FLEXIBLE REPORTING ENGINE
which allows utilities to have arbitrary number of their specific reports
HIGHLY CONFIGURABLE PLATFORM AND OPTIMIZED PERFORMANCES FOR LARGE NUMBER OF DATA
HIGHLY AVAILABLE, REDUNDANT PLATFORM ENSURING NO LOSS OF DATA CONTINUITY
EXPOSED DATA TO EXTERNAL WAREHOUSE SYSTEMS
USE OF HISTORIAN DATA BY MULTIPLE FEATURES SUCH AS LEARNING ETR, LOAD/GENERATION FORECAST, LOAD PROFILE UPDATES, DEVICE CONDITION ANALYSIS, AND OTHER ANALYTICAL MODULES
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Solution
Field Client is a web-based application specially designed for field personnel to be able to perform all relevant field operations for ADMS. The Field Client app makes communication between the crew and control room more structured and reliable. The application is supported on multiple various field devices such as Laptops, Tablets, Toughbooks, Toughpads, and all relevant operating systems Windows, iOS, Android.
Functionalities
- Viewing the real-time network status including topology, statuses, and analogs of all SCADA and manual points
- Multiple network views such as Substation, Schematic, and Geographic, with various configurable decluttering and coloring options
- Trace up/down or by specific trace rules
- Placing of tags, notes
- Placing of temporary elements
- Updates of manual points status
- Collaboration with control center on management of all incidents, outage and non-outage, predicted and confirmed
- Collaboration with control center during execution of switching plan
- Online/Offline mode
- Reporting damages via damage assessment process
- Administration and configuration of mutual aid crews
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Advantages
REPLACES PAPER MAPS, EMPOWERS FIELD CREWS, AND MAKES COMMUNICATION BETWEEN CREWS AND THE CONTROL ROOM MORE STRUCTURED AND RELIABLE
SIGNIFICANTLY REDUCES VERBAL
radio link communication between field and control center
PROVIDES ONLINE REAL-TIME VIEW TO FIELD USERS
exactly the same as in control center, that essentially improves field safety
IMPROVES FIELD ACCESS TO CURRENT ASSET DATA
PROVIDES FIELD CREWS WITH ACCESS TO WORK REQUESTS, SWITCHING PLANS, INCIDENTS, SAFETY DOCUMENTS, AND DAMAGES, ALL IN ONE APP
PROVIDES ACCESS TO SCADA STATUSES AND ANALOGS
that improves collaboration on substation works and makes field zones secure
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Solution
Dispatcher Training Simulator enables customers to efficiently train various ADMS users. DTS is designed to support specific behaviors of distribution and transmission networks. In addition, rich set of training scenarios and events ensures training of different users such as operators, support engineers, system engineers, dispatchers, etc. Evaluation of training sessions gives trainer the ability to compare and report performances of trainees.
Functionalities
- Creation of training scenarios
- Transmission network and distribution networks events
- Advanced Network Simulator Service to simulate field behaviors (SCADA analogs, local automation, etc.)
- Creation of trouble calls, smart meter, and SCADA changes in a single scenario
- Adding events on the fly
- Recreation of training scenarios from production – replay major storms
- Creation of storm scenarios on the fly
- Taking snapshots from production and placing them to training scenarios
- Controllable training scenario execution and monitoring of trainee actions
- Creation of evaluation reports
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Advantages
SINGLE TRAINING PLATFORM
for distribution and transmission network
RICH SET OF EVENTS USED TO CREATE A TRAINING SCENARIO
ADVANCED FIELD SIMULATOR BEHIND THE SCENE
based on topology processor and load flow engines
SIMPLE ADMINISTRATION
of training sessions and scenarios
ALL APPLICATIONS AVAILABLE IN DTS ENABLE TRAINED USERS TO REACT TO SCADA EVENTS, STORMS, OUTAGES, SCHEDULED SWITCHING, ETC.
SIMPLE ADMINISTRATION
of data model and alignment with production
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Solution
DERMS is a brand-new component specially designed to support distribution utilities in their day-to-day activities related to management of DERs: impact of DERs on network conditions, leverage potential of DERs regarding services they can provide to the grid, and planning and management of new DERs connection. All types of DERs are supported, such as large DERs and individual customer owned small DERs. DERMS ensures efficient modeling and management of DERs, while all other ADMS components support their behaviors and consider their impact. The primary goal of DERMS within ADMS is to ensure efficient operation of distribution utilities with large number of DERs connected, as well as to optimize network performances to increase capacity for connection of new DERs.
Functionalities
- Modelling of all DERs
- Situational awareness via hidden load, voltage, load, and generation profiles
- DER monitoring
- DERs aggregation
- DER dispatching and control
- Demand management with DER flexibility
- Hosting capacity heat-map
- New DER connection analysis
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Advantages
DERMS EMBEDDED IN ADMS
and tightly connected to other ADMS components and applications such as VVO, FLISR, Fault Level, and Relay Protection Analysis
DESIGNED TO SUPPORT UTILITY ACTIVITIES IN DERS PLANNING AND MANAGEMENT
EVALUATES IMPACT OF DERS
on the network conditions, such as protection miscoordination, abnormal fault levels, voltage issues, reverse flows
PROVIDES FLEXIBILITY OF AGGREGATED LARGE-SCALE DERS
while making sure constraints are satisfied at the grid edge
CONSIDERS ENTIRE NETWORK STATE IN ANALYSIS AND DECISION MAKING PROCESSES
DESIGNED TO SUPPORT MONITORED AND UNMONITORED DERS INCLUDING CUSTOMER OWNED SMALL DERS
SUPPORTS NON-TELEMETERED INVERTER-BASED DERS VIA LOW/HIGH VOLTAGE RIDE-THROUGH CHARACTERISTIC, LOW/HIGH FREQUENCY RIDE-THROUGH CHARACTERISTIC, AND SOFT START
EMBEDDED ON LOAD
generation forecast engine to precisely predict network conditions and potential operation issues
SUPPORTS USER
friendly DERs control via special communication protocols
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Solution
EMS provides efficient analytic engine for sub-transmission and transmission networks with a rich set of applications, specially designed to fit modern network behaviors and provide advanced system monitoring, security assessment, and optimization of operating conditions. EMS solution can be deployed to manage sub-transmission and transmission networks owned by distribution utilities, or owned by large Transmission System Operators (RTO/ISO). Deployment flexibility is ensured in order to support options to deploy EMS together with DMS component, or to deploy it as a separate instance, depending on utility business processes and regulatory rules.
Functionalities
-
- Basic apps
- Topology Analyzer
- Network Exporter/Importer in all standard formats (CIM, PSSE, etc.)
- State Estimation, including topology and parameter estimation, which considers PMU measurements
- Load Flow, with multiple user selectable methodologies and algorithms available for analysis
- Contingency Analysis (N-1, N-X), including dynamic/cascade outages and modeling of remedial actions
- Network Sensitivity
- Reactive Reserve Monitoring
-
- Advanced apps
- Optimal Power Flow
- Optimal Topology Change
- Fault Level and Relay Protection Analysis
- Voltage Stability with real time alarming of possible voltage collapse or critical network violations
-
- Forecast apps
- Near-term Load Forecast
- Short-term Load Forecast
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Advantages
TIGHTLY CONNECTED TO DMS
to efficiently support the case when utility owns and manages both distribution and transmission network
INTERACTS WITH NETOPS AND SCADA COMPONENTS
to make streamlined comprehensive transmission network management
IMPROVES SYSTEM SECURITY AND STABILITY
by continuous network state monitoring and verification of remedial actions
INCREASES UTILITY REVENUE
by minimizing transmission losses
ROBUST APPLICATIONS SUPPORT CASES
with both low and high SCADA measurement redundancy
SUPPORTS ALL MODERN DEVICES
in transmission network in basic and advanced applications
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Solution
PCS is a specially designed solution to support end-to-end management of Microgrids operation in network-connected or islanded mode, as well as the operation of large-scale generating units connected to (sub) transmission networks. The solution can be deployed as standalone to support management of a single Microgrid, or integrated with ADMS/EMS to coordinate management of multiple Microgrids and Distribution/Transmission grid operations.
Functionalities
- Automatic Generation Control
- Economic Dispatching
- Unit Commitment
- Interchange Transaction Scheduler
- Load Shedding
- Load Forecasting
- Renewables Forecasting
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Advantages
IMPROVED POWER SUPPLY RELIABILITY
by preventing frequency and flow disturbances
OPTIMAL AND COST-EFFECTIVE OPERATION OF MICROGRID
MINIMIZED GENERATION COSTS
within the Microgrid by single optimization of conventional and renewable resources
OPTIMIZED GENERATION COSTS
and use of power reserves in large scale production systems
EFFICIENT EMERGENCY OPERATIONS LIKE PEAK DEMAND SHAVING
ADVANCED FORECASTING ENGINE COMBINING CONVENTIONAL AND RENEWABLE RESOURCES
STANDARDIZED INTEGRATION
with Weather Forecasting Systems
TIGHTLY CONNECTED TO SCADA, DMS, AND EMS COMPONENTS
to support comprehensive management of entire network equipped with multiple Microgrids
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AGMS
Schneider Electric AGMS (Advanced Gas Management System) is an integrated operational platform for natural gas networks combining a network model-based SCADA and a number of advanced gas transport applications. It offers a modern, scalable and secure software solution for the gas transport control room of the future as well as the entire enterprise.
Advanced Gas Management System
Increasing demands for reliable, safe, and efficient operation of natural gas networks cause network operators to require software of growing sophistication. The first comprehensive operational platform for gas, joining all users and applications on one common network model and one user interface, is in development by Schneider Electric and a large European gas transmission system operator. Advanced Gas Management System is based on the proven and award winning Schneider Electric ADMS technologies.
Product
At Schneider Electric, we are aware of the complexities and costs of deploying and maintaining a number of different software solutions that manage critical operations of a utility such as transmission or distribution operations. In the field of control systems for electrical power grids, we have witnessed and driven the recent Smart Grid initiatives and convergence of utility IT and OT systems, resulting in the electrical utility market moving in the direction of large and sophisticated software products that cover all business processes in the control room and outside it. Schneider Electric ADMS, a comprehensive operational platform for power grids offering SCADA, DMS, EMS, OMS and mobility features, has made and kept us technology leaders in the past years.
Natural gas TSOs and DSOs are yet to go through such a transformation of the software ecosystem, driven by the evolving regulation and increasing demands for efficient and safe operation in today’s and tomorrow’s green world. We find that control rooms, planning departments, and field operations in gas utilities run a large number of heterogenous software systems, resulting in excessive cost of ownership, unsatisfactory user experience, and ultimately inefficiency and errors. Starting in 2015, in co-development with a large European gas TSO, we have developed AGMS (Advanced Gas Management System). AGMS is based on reuse of ADMS proven foundations and incorporates all of our knowledge and experience collected during many years
of ADMS research and development. However, it is still a product natively built and strictly targeted for natural gas pipelines. It is a modern, network model based SCADA product with numerous advanced gas management functions. It forms the basis of an enterprise solution that easily integrates with other expert systems, simulators, corporate IT, etc.
Since they are built on the same software platform and infrastructure, and follow the same usability principles and business procedures, ADMS and AGMS together form a unified utility management system for companies that operate both electricity and natural gas networks.
The entire AGMS product suite shares the same single network model database, which means less effort in data management, less cost in integration build and testing, and more robust running. The model is either maintained via AGMS user-friendly graphical tools or imported from external sources, such as a GIS using standards-based integration included in the product, and then used to drive the functionality of the entire system. All the applications share the same single user interface, which allows better and more consistent user experience and more efficient and less error-prone operations. A service-oriented architecture saves integration costs, and fully supported software development kit (SDK) allows integration of the product with other enterprise systems and develop customizations on top of it.
Advantages
SINGLE SOFTWARE PLATFORM
that reduces cost and effort of system administration
SINGLE DATA MODEL
which reduces the cost of maintenance in utility and reduces inconsistency from operation point of view
SINGLE USER INTERFACE
that enables easier and less error-prone usage
SINGLE POINT OF INTEGRATION TO EXTERNAL SYSTEMS
that reduces number of integration nodes in the enterprise
FULLY DIGITALIZED BUSINESS PROCESSES
enhanced efficiency and less paperwork
BUILT-IN NETWORK MODEL
real-time topological analysis and integration to simulation packages allow new and innovative features like validation and
simulation of all operations
CONFIGURABLE OPERATIONAL SECURITY
and system security based on Microsoft technology
HIGH LEVEL OF PERFORMANCE
scalability, redundancy, and system high availability
Gas SCADA
Modern, network model-based SCADA system





Network Visualization and Navigation
AGMS offers the most innovative user interface in the market. Network is presented in an arbitrary number of schematic views and a geographic view which includes landbase layers for satellite imagery and street and other maps. All information available to the system can be visualized in network views using any customer-defined symbology. Navigation is user friendly, with the possibility to locate assets one click away. Searching is possible by asset name, ID, or location like address, intersection or field marker. Decluttering and visibility profiles allow for easier viewing and better situational awareness.
Gas SCADA
Modern, network model-based SCADA system





Network Model Management
Detailed model of all pipeline and station assets is kept within the AGMS product. Tools for efficient and user friendly management of the network data, which require a minimum learning curve, are included in the product. Most companies already have a large amount of useful network data in an electronic form in their GIS systems, so the product also provides GIS importer tools to import these data and keep them up-to-date. Job-based model management with configurable workflows allow the process of data entry and promotion to production to be flexible and safe. Such detailed model in AGMS is sufficient to feed any integrated simulation product.
Gas SCADA
Modern, network model-based SCADA system





Network Monitoring
Data acquisition from the field or external systems is performed by using standard SCADA protocols like IEC 608705-104 and IEC 60870-6 (ICCP/TASE 2). Scalable and performant SCADA front-end can support the largest networks with millions of telemetered points. Multiple value sources are allowed, such as telemetry, manual, estimation, calculation and external. Data processing includes alarming, based on an arbitrary number of high/low limits, rate of change, flatline, creep, instrument failure, uncommanded change, abnormal state, etc. Advanced alarm management -like alarm suppression, inhibit, maintenance mode, and limit sets are included. Trend charts are based on past, current, and future values and are flexible in terms of data processing and visualization.
Gas SCADA
Modern, network model-based SCADA system





Network Control
Supervisory control of all discrete and analog values is integrated into all the views of the network, as are all the standard operations like manual override, tag and note placement, etc. All user actions are checked against roles and permissions, as well as assigned areas of responsibility. Then, they are logged in the event database for reporting and auditing purposes. A flexible logbook is provided for operators’ manual entry of important information.
Gas SCADA
Modern, network model-based SCADA system





Calculation Engine
A generic calculation engine allows customers and project implementers to write calculation routines based on C# language, which takes any value from the AGMS system as an input, including model values. User-defined routines can also be used to generate alarms and events or issue commands depending on customer-specific logic.
Gas Transport Management
Advanced applications for gas network modeling, planning, and operation support





Flow Forecast
A proven artificial intelligence algorithm used in both AGMS and ADMS provides a fast and accurate forecast of flow (demand) on all ends of the network based on historical flow data and weather forecast (temperature, cloud cover, wind, humidity). Nominated flows are used instead of the forecast, where available. The flow forecast results are used daily to efficiently create correct and accurate dispatch schedules for the gas transmission networks.
Gas Transport Management
Advanced applications for gas network modeling, planning, and operation support





Topology Processing
Hosting both the network model and real-time data, AGMS is able to determine the real-time as-operated network state and keep it up to date during all the operations. Topology processing offers a series of features to end users: a flow direction indication - detection and alarming of closed-in areas (areas of the network with no connection to an entry or exit point), and topological tracing which allows for efficient and reliable navigation through the network to the points of operator interest.
Gas Transport Management
Advanced applications for gas network modeling, planning, and operation support





Gas Types and Compound Tracking
AGMS network model and topology processing are aware of different types of gas products transported via network, as well as blending of different gases found in complex transmission networks. With provided estimated values, AGMS offers dynamic coloring based on configurable gas types and calorific values. Visual tracking of the concentration of different gas compounds, often used in networks with varying gas quality, can be used for short-term planning and disturbance tracking.
Gas Transport Management
Advanced applications for gas network modeling, planning, and operation support





Balance and Linepack
Due to the compressibility of the gas and the inert nature of the gas transport process, linepack is a value which needs to be monitored during daily operations and actions are often decided depending on the value or trend of the linepack. Similarly, balance between the inflow and outflow of the natural gas gives the transmission network operators information about whether network buffer is increasing or decreasing. Balance and linepack are calculated in near real-time and reported for the entire network and per smaller network parts. Reports also include the past and future values of balance and linepack, allowing operators to monitor trends and react timely.
Gas Transport Management
Advanced applications for gas network modeling, planning, and operation support





Pig Tracking
Pipeline inspection and cleaning is an important part of transmission network operations. AGMS streamlines the processes of pipeline pigging by allowing an arbitrary number of user-defined pig routes and tracking the pigs based on the network topology and estimated or telemetered gas speed values.