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Eli Anderson
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Micom S1 Agile Software: How to Configure, Test, and Maintain MiCOM Devices with Ease


What is Micom S1 Agile Software?




Micom S1 Agile Software is a software solution designed for power utilities to manage and automate their substation operations. It is an advanced platform that provides real-time control, monitoring, and supervision of electrical equipment. It is developed by GE Grid Solutions, a division of General Electric that offers products and services for the transmission and distribution of electricity.




Micom S1 Agile Software


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A brief introduction to the software and its developer




GE Grid Solutions is a global leader in providing solutions for the energy industry, with a portfolio that includes power generation, transmission, distribution, automation, digitalization, and renewable energy. GE Grid Solutions has over 200 years of experience in the field, with more than 20,000 employees in over 80 countries. GE Grid Solutions aims to deliver reliable, efficient, and sustainable energy solutions for its customers and society.


Micom S1 Agile Software is one of the products offered by GE Grid Solutions for substation automation and protection. It is part of the MiCOM family of intelligent electronic devices (IEDs) that provide protection, control, measurement, and communication functions for power systems. MiCOM S1 Agile Software is the universal engineering tool suite that supports all MiCOM devices, including legacy products such as K-series and Modulex. It also includes a utility for automatic conversion of setting files from previous generations of numerical relays to the latest MiCOM models.


The main features and benefits of the software




Micom S1 Agile Software has many features and benefits that make it a powerful and versatile tool for substation engineers. Some of them are:


  • It has a graphical, universal, and intuitive user interface that allows easy access to all configuration and record data of MiCOM devices.



  • It has integrated configuration and monitoring features that enable users to send and extract setting files, view real-time measurements, extract event and disturbance records, analyze fault data, program curves, configure redundant Ethernet communication, etc.



  • It has integrated testing and commissioning features that enable users to perform functional tests, logic tests, simulation tests, injection tests, etc.



  • It has integrated maintenance and troubleshooting features that enable users to perform firmware upgrades, diagnostics tests, backup and restore functions, etc.



  • It has integrated remote HMI (human-machine interface) and topology tools for busbar protection schemes that enable users to visualize and control the substation layout, status, alarms, etc.



  • It has a logical structure based on substation, voltage level, and bay that allows optimum management of the installed base.



  • It has version control and cross-checking facilities for IED settings that ensure consistency and accuracy.



  • It is compatible with all existing MiCOM devices as well as future developments.



  • It is free of charge and can be downloaded from the GE Grid Solutions website.



How to use Micom S1 Agile Software?




Micom S1 Agile Software is easy to use and requires minimal training. However, users should have some basic knowledge of power systems protection and control principles as well as MiCOM devices. Here are some steps on how to use Micom S1 Agile Software:


The system requirements and installation process




To use Micom S1 Agile Software, users need to have a computer that meets the following system requirements:


  • Operating system: Windows 10 Professional 64 bits (recommended), Windows 10 Professional 32 bits, Windows 7 Professional 64 bits, or Windows 7 Professional 32 bits.



  • Processor: Intel Core i5 or higher.



  • Memory: 8 GB RAM or higher.



  • Hard disk space: 10 GB or higher.



  • Display resolution: 1366 x 768 pixels or higher.



  • Internet connection: Required for downloading the software and updates, as well as for accessing online help and documentation.



To install Micom S1 Agile Software, users need to follow these steps:


  • Download the software from the GE Grid Solutions website, using the contact form link below.



  • Extract the zip file to a folder on your computer.



  • Run the setup.exe file and follow the instructions on the screen.



  • Accept the license agreement and choose the installation folder.



  • Select the components you want to install, such as S1 Agile, S1 Agile Remote HMI, S1 Agile Topology, etc.



  • Wait for the installation to complete and click Finish.



  • Launch the software from the Start menu or the desktop shortcut.



The user interface and navigation




Micom S1 Agile Software has a graphical, universal, and intuitive user interface that allows easy access to all configuration and record data of MiCOM devices. The user interface consists of several components, such as:


  • The menu bar, which provides access to various commands and options, such as File, Edit, View, Tools, Help, etc.



  • The toolbar, which provides quick access to frequently used functions, such as New Project, Open Project, Save Project, Connect Device, Disconnect Device, etc.



  • The project explorer, which displays the logical structure of the substation projects and their components, such as substation, voltage level, bay, device, etc. Users can create, open, edit, delete, and organize projects and their components in this pane.



  • The workspace area, which displays the content of the selected component in the project explorer. Users can view and edit the configuration and record data of MiCOM devices in this area. Depending on the type of component selected, different tabs may appear in this area, such as General Settings, Protection Settings, Communication Settings, Event Records, Disturbance Records, etc.



  • The status bar, which displays information about the current status of the software and the connected device, such as project name, device name, device address, connection status, communication protocol, etc.



To navigate through the user interface of Micom S1 Agile Software, users can use the mouse or keyboard shortcuts. Users can also customize the appearance and behavior of the user interface by changing the settings in the Tools > Options menu. For example, users can change the language, font size, color scheme, etc. of the user interface.


The configuration and management tools




Micom S1 Agile Software provides integrated configuration and management tools that enable users to send and extract setting files from MiCOM devices. Setting files are files that contain all the parameters and values that define the functionality and behavior of MiCOM devices. Users can create setting files from scratch or modify existing ones using Micom S1 Agile Software. Users can also import setting files from other sources or export setting files to other formats. Some of the configuration and management tools available in Micom S1 Agile Software are:


  • The setting editor tool, which allows users to view and edit all the configuration parameters of MiCOM devices in a tabular or graphical format. Users can also use this tool to program logic equations and curves for MiCOM devices. Users can also use this tool to compare setting files and identify differences.



  • The setting manager tool, which allows users to send and extract setting files to and from MiCOM devices. Users can also use this tool to manage multiple setting files and create setting groups for different devices or applications.



  • The setting converter tool, which allows users to convert setting files from previous generations of numerical relays to the latest MiCOM models. Users can also use this tool to convert setting files from other formats, such as XML, Excel, etc.



  • The device manager tool, which allows users to view and edit the general information and properties of MiCOM devices, such as device name, address, serial number, firmware version, etc.



The testing and commissioning tools




Micom S1 Agile Software provides integrated testing and commissioning tools that enable users to perform various tests on MiCOM devices. Testing and commissioning are essential processes to verify the functionality and performance of MiCOM devices before putting them into service. Some of the testing and commissioning tools available in Micom S1 Agile Software are:


  • The functional test tool, which allows users to test the protection and control functions of MiCOM devices by simulating different scenarios and events. Users can also use this tool to monitor the status and outputs of MiCOM devices during the test.



  • The logic test tool, which allows users to test the logic equations programmed in MiCOM devices by applying different inputs and observing the outputs. Users can also use this tool to debug and troubleshoot the logic equations.



  • The simulation test tool, which allows users to test the communication and data exchange functions of MiCOM devices by simulating different protocols and messages. Users can also use this tool to monitor the traffic and errors of the communication channels.



  • The injection test tool, which allows users to test the current and voltage inputs of MiCOM devices by injecting signals from external sources, such as test sets or generators. Users can also use this tool to measure the accuracy and response time of MiCOM devices.



The maintenance and troubleshooting tools




Micom S1 Agile Software provides integrated maintenance and troubleshooting tools that enable users to perform various tasks on MiCOM devices. Maintenance and troubleshooting are important processes to ensure the reliability and availability of MiCOM devices during their service life. Some of the maintenance and troubleshooting tools available in Micom S1 Agile Software are:


  • The firmware upgrade tool, which allows users to upgrade the firmware of MiCOM devices to the latest version. Users can also use this tool to downgrade the firmware of MiCOM devices if needed.



  • The diagnostic test tool, which allows users to perform self-tests on MiCOM devices to check their internal components and functions. Users can also use this tool to view the diagnostic results and error codes of MiCOM devices.



  • The backup and restore tool, which allows users to backup and restore the configuration and record data of MiCOM devices. Users can also use this tool to transfer data between different MiCOM devices or computers.



  • The event record tool, which allows users to view and analyze the event records of MiCOM devices. Event records are files that contain information about the events that occurred in MiCOM devices, such as changes in status, alarms, trips, etc.



  • The disturbance record tool, which allows users to view and analyze the disturbance records of MiCOM devices. Disturbance records are files that contain information about the disturbances that occurred in the power system, such as faults, transients, harmonics, etc.



What are the applications and use cases of Micom S1 Agile Software?


Micom S1 Agile Software has many applications and use cases in the power industry, especially for substation automation and protection. It can be used to configure, monitor, test, and maintain MiCOM devices that perform various functions in the power system, such as:


The supported devices and protocols




Micom S1 Agile Software supports all MiCOM devices, including legacy products such as K-series and Modulex. It also supports a wide range of communication protocols, such as IEC 61850, IEC 60870-5-103, IEC 60870-5-104, DNP3, Modbus, Courier, etc. Users can use Micom S1 Agile Software to configure the communication settings and parameters of MiCOM devices, as well as to exchange data and messages with other devices or systems.


The substation automation and protection functions




Micom S1 Agile Software can be used to configure and monitor the substation automation and protection functions of MiCOM devices. These functions include:


  • Feeder protection: MiCOM devices provide protection for overhead lines and underground cables, such as overcurrent, earth fault, distance, differential, etc.



  • Transformer protection: MiCOM devices provide protection for power transformers, such as differential, overcurrent, overfluxing, thermal overload, etc.



  • Busbar protection: MiCOM devices provide protection for busbars, such as differential, overcurrent, etc.



  • Generator protection: MiCOM devices provide protection for generators, such as differential, overcurrent, reverse power, loss of excitation, etc.



  • Motor protection: MiCOM devices provide protection for motors, such as differential, overcurrent, thermal overload, under/over voltage, etc.



  • Capacitor bank protection: MiCOM devices provide protection for capacitor banks, such as overcurrent, unbalance, harmonic distortion, etc.



  • Line differential protection: MiCOM devices provide line differential protection for transmission lines using fiber optic or digital communication channels.



  • Distance protection: MiCOM devices provide distance protection for transmission lines using impedance measurement and directional elements.



  • Phasor measurement unit: MiCOM devices provide phasor measurement unit (PMU) functions that measure and transmit synchronized phasor data using IEEE C37.118 protocol.



  • Bay control unit: MiCOM devices provide bay control unit (BCU) functions that control and monitor the substation equipment, such as circuit breakers, disconnectors, isolators, etc.



The data analysis and reporting functions




Micom S1 Agile Software can be used to analyze and report the data collected from MiCOM devices. These data include:


  • Event records: Event records are files that contain information about the events that occurred in MiCOM devices, such as changes in status, alarms, trips, etc. Users can use Micom S1 Agile Software to view and analyze the event records of MiCOM devices.



  • Disturbance records: Disturbance records are files that contain information about the disturbances that occurred in the power system, such as faults, transients, harmonics, etc. Users can use Micom S1 Agile Software to view and analyze the disturbance records of MiCOM devices.



  • Measurement records: Measurement records are files that contain information about the measurements taken by MiCOM devices, such as current, voltage, power, frequency, etc. Users can use Micom S1 Agile Software to view and analyze the measurement records of MiCOM devices.



  • Phasor data: Phasor data are files that contain information about the synchronized phasor measurements taken by MiCOM devices using IEEE C37.118 protocol. Users can use Micom S1 Agile Software to view and analyze the phasor data of MiCOM devices.



Micom S1 Agile Software can also generate various reports based on the data collected from MiCOM devices. These reports include:


  • Fault report: A fault report is a document that summarizes the details and analysis of a fault event that occurred in the power system. It includes information such as fault location, fault type, fault impedance, fault current, fault duration, etc.



  • Protection report: A protection report is a document that summarizes the details and analysis of the protection operation that occurred in MiCOM devices. It includes information such as protection function, protection element, protection setting, protection output, protection time, etc.



  • Performance report: A performance report is a document that summarizes the details and analysis of the performance indicators of MiCOM devices. It includes information such as availability, reliability, accuracy, response time, etc.



  • Compliance report: A compliance report is a document that summarizes the details and analysis of the compliance status of MiCOM devices with respect to various standards and regulations. It includes information such as test results, audit results, certification results, etc.



The examples of successful projects using the software




Micom S1 Agile Software has been used in many successful projects around the world for substation automation and protection. Some of them are:


  • The National Grid project in the UK: This project involved the installation and commissioning of more than 400 MiCOM P54x distance protection relays for 275 kV and 400 kV transmission lines across England and Wales. Micom S1 Agile Software was used to configure, test, and maintain the relays using IEC 61850 protocol.



  • The Eskom project in South Africa: This project involved the installation and commissioning of more than 200 MiCOM P64x transformer differential protection relays for 132 kV and 275 kV power transformers across South Africa. Micom S1 Agile Software was used to configure, test, and maintain the relays using DNP3 protocol.



  • The Transpower project in New Zealand: This project involved the installation and commissioning of more than 100 MiCOM P847 line differential protection relays for 110 kV and 220 kV transmission lines across New Zealand. Micom S1 Agile Software was used to configure, test, and maintain the relays using fiber optic communication channels.



Conclusion




A summary of the main points and advantages of the software




Micom S1 Agile Software is a software solution designed for power utilities to manage and automate their substation operations. It is an advanced platform that provides real-time control, monitoring, and supervision of electrical equipment. It is developed by GE Grid Solutions, a global leader in providing solutions for the energy industry.


Micom S1 Agile Software has many features and benefits that make it a powerful and versatile tool for substation engineers. It has a graphical, universal, and intuitive user interface that allows easy access to all configuration and record data of MiCOM devices. It has integrated configuration and monitoring features that enable users to send and extract setting files, view real-time measurements, extract event and disturbance records, analyze fault data, program curves, configure redundant Ethernet communication, etc. It has integrated testing and commissioning features that enable users to perform functional tests, logic tests, simulation tests, injection tests, etc. It has integrated maintenance and troubleshooting features that enable users to perform firmware upgrades, diagnostics tests, backup and restore functions, etc. It has integrated remote HMI and topology tools for busbar protection schemes that enable users to visualize and control the substation layout, status, alarms, etc. It has a logical structure based on substation, voltage level, and bay that allows optimum management of the installed base. It has version control and cross-checking facilities for IED settings that ensure consistency and accuracy. It is compatible with all existing MiCOM devices as well as future developments. It is free of charge and can be downloaded from the GE Grid Solutions website.


A call to action for potential users and customers




Micom S1 Agile Software is a software solution that can help power utilities to improve their substation automation and protection performance. It can help them to reduce costs, increase efficiency, enhance reliability, and ensure safety. It can also help them to comply with the latest standards and regulations in the power industry. Micom S1 Agile Software


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