EMT Software Tool Automation: Power System Modeling and Simulation (4 Hours)

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 will create and automate RLC networks and PI-section transmission lines. Control system integration for dynamic stability analysis will be demonstrated to enhance simulation efficiency. In the real-world applications segment, discussions will focus on how automation simplifies interconnection studies, making them more efficient and less time-consuming. Live demonstrations will showcase sample interconnection study scenarios, illustrating how automation can streamline power system simulations. Finally, the session will focus on optimization and debugging in EMT automation. Participants will learn best practices for error handling, performance optimization, and debugging automated models, ensuring efficient and reliable simulations. Who Should Attend? This course is ideal for: • Power system engineers working with simulations. • Researchers looking to automate interconnection studies and stability analysis. • Professionals involved in power system design, HVDC, and renewable energy integration. • By the end of this workshop, participants will have a solid foundation in EMT automation, enabling them to enhance their simulation efficiency & workflow.