Federico Milano

The objective of the module EEEN20090 is to introduce basic concepts of ac circuits, electrical machines and power system operation. All concepts are duly discussed and illustrated through several exercises and real-world examples.

Stage:

2

Semester:

2

• · Module Descriptor
• · Timetable

• · UCD Academic Integrity
• · UCD Plagiarism Policy
• · College Plagiarism Policy

Introduction

• · Outlines (1 hour)
• · Motivation (1 hour)

Circuit Theory

• · AC Electric Circuits (3 hours)
• · Three-phase Circuits (3 hours)
• · Magnetic Circuits (3 hours)
• · Energy Conversion (3 hours)

Electrical Machines

• · Transformers (3 hours)
• · Induction Machines (3 hours)
• · Synchronous Machines (3 hours)

Power Systems

• · Power System Analysis (2 hours)

Single PDF File

• · Jupyter notebooks for teaching power systems
• · Visualizing power system dynamics
• · Teaching power systems to non-electrical engineering students
• · Teaching power systems to second-year students

• · Complex Numbers
• · Phasors
• · AC Circuits
• · Magnetic Circuits
• · Energy Conversion
• · Transformers
• · Three-phase circuits
• · Induction Machines
• · Synchronous Machines
• · Power System Analysis

• · Complex Numbers
• · Phasors and AC Circuits
• · Preparation for Midterm Exam
• · Preparation for Final Exam

• · Complex Numbers. Chapters 1-3.
• · AC Electrical Circuits. Chapters 8-10.
• · Magnetic Circuits. Chapter 10.
• · Electrical Machines and Systems. Chapters 1-3, 6-8, 10-12.

• · Midterm Exam 2017 - Solutions
• · Midterm Exam 2018 - Solutions
• · Final Exam 2017 - Solutions
• · Final Exam 2018 - Solutions
• · Final Exam 2019 - Solutions
• · Resit Exam 2017 - Solutions
• · Resit Exam 2018 - Solutions

• · Safety Instructions
• · Transformer Parameter and Loss Measurement
• · Jupyter Notebooks. The notebooks will be uploaded to the server after the discussion in class of each topic. Click here to login to the server.