Free download скачать Power System Simulation RMS, EMT & HIL
Published 8/2026
Created by Dr. Habib Ur Rahman Habib
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 16 Lectures ( 56m ) | Size: 907.4 MB

Learn simulation fidelity, converter modelling, HVDC/MMC, HIL, AI/ML, and validation for modern power systems
[h2]What you'll learn[/h2]
⚡ Understand how to select the right simulation fidelity for different power-system engineering questions.
⚡ Compare Power Flow, RMS, QSTS, EMT, impedance analysis, and HIL/PHIL simulation approaches.
⚡ Develop a practical understanding of converter, GFM/GFL, HVDC/MMC, protection, and DC circuit breaker modelling.
⚡ Learn how AI/ML, HPC, digital twins, validation, and uncertainty can improve modern power-system simulation.
[h2]Requirements[/h2]
❗ Basic knowledge of electrical engineering and power systems is recommended. Familiarity with power electronics, control systems, and simulation concepts is helpful but not essential. No specific software is required.
[h2]Description[/h2]
Learn how to approach power-system simulation with the right level of model fidelity for the engineering question.
Modern power systems are becoming increasingly converter-dominated, with inverter-based resources, grid-forming and grid-following controls, HVDC systems, STATCOMs, battery storage, and power-electronic loads. As these systems evolve, choosing an appropriate simulation approach becomes increasingly important.
This course introduces a practical framework for understanding and applying different power-system simulation paradigms, including Power Flow, RMS/Phasor, QSTS, impedance analysis, electromagnetic transient (EMT) simulation, and Hardware-in-the-Loop (HIL/PHIL).
You will explore how to determine what needs to be represented inside component models, including converters, GFM/GFL controls, HVDC/MMC systems, protection, communications, transformers, cables, and DC circuit breakers. A dedicated DC circuit breaker case study demonstrates how EMT simulation can connect component-level analysis with hardware validation.
The course also examines emerging technologies shaping simulation workflows, including AI/ML, high-performance computing, cloud computing, digital twins, and standards-based validation. Particular attention is given to model credibility, uncertainty, computational tractability, and the risk of drawing incorrect conclusions from simulations.
You will also learn how simulation can become a reusable engineering capability through multi-fidelity model libraries, automated scenario execution, validation workflows, HIL-ready models, uncertainty reporting, and practical R&D planning.
By the end of the course, you will have a structured way to think about simulation fidelity-not simply as a choice between simple and detailed models, but as a decision based on the engineering question, relevant dynamics, computational cost, validation [h2]Requirements[/h2], and decision risk.
This course is particularly relevant to engineers, researchers, postgraduate students, and professionals working with modern power systems, power electronics, converters, HVDC, renewable integration, and advanced simulation.
[h2]Who this course is for[/h2]
⭐ This course is for power-system engineers, electrical engineers, researchers, postgraduate students, and power-electronics professionals who want to understand modern component modelling, simulation fidelity, EMT, HIL, converter behaviour, and practical validation.
[h2]Homepage[/h2]

https://www.udemy.com/course/power-system-simulation-rms-emt-hil

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