Program Details Hydrogen Electrolysis Plants: Principles and Fundamentals from a Power System Perspective This course explores the global push for clean fuel, particularly green hydrogen, and its role in whole-energy system decarbonization. With large-scale hydrogen production on the rise, the grid integration of electrolyzers presents technical and economic challenges. This course covers these aspects, emphasizing […]

Program Details Duration: 5 Hours Master grid-forming inverters with this hands-on course covering renewable energy integration, PSCAD fundamentals, and inverter modeling. Learn dynamic control strategies like droop control and virtual synchronous machines, simulate black start scenarios, and tackle fault conditions. Gain practical insights through real-world case studies, troubleshooting techniques, and interactive Q&A sessions. Perfect for […]

Program Details This course aims to provide attendees with a deep understanding of the IBR model development, Hydrogen and Datacenter modelling, grid interconnection process, Sub Synchronous Oscillation (SSO) phenomenon in conventional generators and Inverter-Based Resource (IBR) facilities. The course is open to individuals with varying levels of experience, from beginners to those with intermediate and […]

Program Details Instructor: Dr. Moein Manbachi Duration: 3.5 hours This on-demand course provides an in-depth exploration of virtualization and digital twin technologies in modern power grids. Led by Dr. Moein Manbachi, participants will discover how digital twins—virtual replicas of physical systems—are revolutionizing grid operations through integration with machine learning (ML), artificial intelligence (AI), cloud applications, […]

Program Details Instructor: Sam Maleki  Duration: 5 hours This on-demand course offers a comprehensive introduction to power system studies for inverter-based resources (IBR), focusing on Phasor and Electromagnetic Transient (EMT) domain analyses. With step-by-step guidance, Sam Maleki explains the foundational concepts and hands-on techniques needed to conduct effective power system studies using the PSCAD software […]

Program Details This on-demand course offers a comprehensive introduction to smart grid systems, topologies, and distributed control architectures essential for the modernization of power grids. Led by Dr. Moein Manbachi, participants will explore smart microgrids and nano-grids, energy management systems (EMS), demand response (DR) strategies, and smart metering technologies, with a focus on practical applications. […]

Program Details This hands-on, on-demand course provides comprehensive training in real-time digital simulation using the RTDS system and RSCAD software suite. Participants will learn how to develop and test power system models, simulate protection and control algorithms, and integrate physical hardware in Hardware-in-the-Loop (HIL) environments. What You’ll Learn: System Architecture: Understand RTDS hardware and software […]

  Program Details Instructor: Dr. Amin Banaie Duration: 3 hours This course focuses on protection systems design and studies for large-scale transmission-level renewable power plants such as wind farms, solar farms, and BESS yards, emphasizing the impact of inverter-based resources (IBRs) on protection strategies, requirements, and guidelines in North America. Following areas of IBR protection […]

  Program Details Instructor: Dr. Yasin Salimibeni Duration: 5 hours This course provides practical insights and tools to integrate artificial intelligence (AI) into your engineering workflows. We’ll start with foundational concepts in AI, machine learning (ML), and large language models (LLMs), exploring how these can enhance your work. Throughout, we’ll cover the strengths and limitations […]

  Program Details Instructor: Dr. Abolfazl Babaei Duration: 4 hours The session will cover advanced simulation techniques, including parametric sweeps, automated fault analysis, and voltage stability studies. By leveraging automation, participants will learn how to optimize their workflow for faster and more accurate power system analysis. The workshop will also cover modeling techniques, where participants […]