This repository contains FEE.pdf, a comprehensive PDF that encompasses the entire content discussed in the Fundamentals of Electrical Power Systems class.

• Characterisation of Electric Power: A deep dive into the core principles of energy and power in alternating current (AC) systems, emphasizing the distinctions and conversions between them.

• Three-Phase AC Systems:

  • Balanced Systems: Exploring the characteristics and implications of a balanced three-phase AC system in electric power systems.
  • Modelling Critical Components: Detailed insights into constructing models for:
    • Three-Phase Transformers: Understanding their role and functioning in power systems.
    • Synchronous Machines: Analysis of their construction, working principle, and role in power generation.
    • Induction Machines: Investigating their mechanisms, functionalities, and applications.
  • Transmission Lines: Investigating the methodologies, calculations, and practical considerations of power transmission over distances.

• Introduction to Power Systems Analysis: Simplifying complex power system analyses with introductory and foundational approaches.

  • Power-Flow Analysis: Utilizing the DC model to predict, calculate, and optimize power flows within the system, ensuring efficiency and stability.
  • Short-Circuits and Symmetrical Faults: Investigating the dynamics, implications, and management of short-circuit scenarios and understanding the phenomena of symmetrical faults within the power network.

This work is licensed under a Creative Commons Attribution Non Commercial Share Alike 4.0 International.

• João Gonçalves - sqrt(-1)
• Teresa Nogueira - 13A!

We welcome contributions to this repository! If you discover any discrepancies or have suggestions to enhance or update the course's content, please do not hesitate to open an issue or submit a pull request.

Your insights and expertise will certainly enhance the collective learning experience and are greatly appreciated.