
It's a brief introduction to the course. For a better learning experience, please enable subtitles from the video settings.
This lecture is about downloading the latest version of Micom Agile S1 software from the official site of GE and install it, then installing the Micom relays data models correctly in different ways.
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This lecture is about how to open defaults files such as setting, PSL, MCL, DNP3, Goose file,...etc. to work with them offline for practicing and training purposes.
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This lecture is about opening files you have on your desk to modify it, creating new system, importing existing (system, SCL) and exporting system that you have created.
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This lecture is about connecting to the Micom relays through the Agile software using USB to serial connection method and ethernet connection method.
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This lecture is about using the start page to navigate to the software (make new system, import, export, delete...) as alternative to menu bars. In addition, we will learn how to use the product selector tool to select a specific model of Micom relays online through the Agile S1 software. Also comparing between different models online.
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In this lecture, we are going to explain about how to make a user defined curve for overcurrent function using UPC tool, view the disturbance records and use the fault locator tool to locate the of the fault.
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This lecture will be about explaining the tools used with the smart or the automated substations such as analogue merging unit (AMU) configurator, Phasor measuring unit (PMU) configurator, Goose configurator, IEC61850 IED configurator and switch management.
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This lecture is about making a complete project for the substation taking an example for real substation. we are going to learn and understand the meanings of the relay order code and how to order a Micom relay correctly. Also, we will learn about converting setting files from a certain model to another. In addition, we will learn about comparing between different settings or PSL files.
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In this lecture we will explain setting menus and the meaning of each setting. Micom P546 relay will be taken as a reference.
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In this lecture we will apply actual setting for real project. This is to ensure our understanding to the setting and for practicing.
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In this lecture we will apply actual setting for real project. This is to ensure our understanding to the setting and for practicing.
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This lecture is about explaining the PSL file menus options and tools. We are going to learn how to assign binary inputs, binary outputs and LEDs according to real substation scheme drawing as example. In addition, comparing different PSL files, making monitoring for the relay internal logic signals (DDB signals).
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This lecture is continuation of the PSL explanation subject. We will learn about output contact tripping mode (Pickup, Dwell, Dropoff, Puls...) and when to use each type. Also, we will learn how to send and receive carries(signals) used in distance communication schemes from remote end substation.
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In this lecture we will know the difference between SAS and conventional substations, differentiating the various files that used in SAS system (ICD, CID, SCD, SSD, SED) and we will know how relay modeling is done in SAS by IEC61850.
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This lecture will be about creating a CID file from Micom relays which including all necessary signals (alarms, measurements, status, commands...) that will be used with the SAS system.
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The Micom S1 Agile software is an advanced engineering tool suite developed by GE Grid Solutions. It's designed for the configuration and maintenance of Micom P40 Agile relays.
This course provides a comprehensive understanding of the Micom Agile S1 software options and features starting from explanation of menus, tollbars and connecting the Agile S1 software to the Micom relays with different connection ways (USB to serial, ethernet) to creating project, extracting and sending setting parameters, PSL, MCL and disturbance records files. In addition, final settings for actual project in substation will be applied as example.
IEC61850 overview as a communication protocol used in the automation substations (SAS) to send / receive data and signals from the relays to the SAS system including differentiating various files such as ICD, CID, SCD, SSD, SED which are used for modeling the relays and the substation in SAS system. Quizes also provided for practicing and ensure understanding to the course content.
Whether you're a beginner or an experienced protection engineer or testing and commissioning engineer, this course will guide you through the essential functions, advanced features, and best practices for operating the software efficiently. By the end of this course, you will be familiar with the software and have the confidence to utilize Micom Agile S1 like a pro.
Note:
For a better learning experience, please enable subtitles from the video settings.