Power System Modeling & Control

This channel focuses on the modeling, control, and simulation of power systems, with an emphasis on modern electrical grids and renewable energy integration. We provide the analytical tools for studying textbook examples, benchmark systems, and large-scale practical grids—with complete equations and parameters to reproduce all results.

Topics include:
– Power flow analysis
– Transformers, transmission lines, and electrical grid modeling
– Conventional power plants and their control systems (e.g., turbine-governor, AVR, and PSS)
– Power electronic converters, including VSCs, MMCs, and HVDC systems
– Wind energy conversion systems, photovoltaic systems, and energy storage
– Small-signal and transient stability analysis
– Frequency control challenges in low-inertia grids and systems with high renewable energy penetration

The channel is intended for graduate students, researchers, and engineers working in power systems, electrical engineering, and renewable energy.