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