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ECE 413 -‐ Energy Systems and Distributed Genera3on Winter 2014
1 Course Objec+ve This course covers the principles of opera/on, modeling and analysis of electric power systems. This course relies on circuit analysis (e.g., ECE 159, 212) and fundamentals of electrical energy systems (e.g., ECE 314, 349, 359).
2 Basic Informa,on Lectures Tuesdays 2:10-‐3:00 SS2135 Wednesdays 1:10-‐2:00 MP202 Fridays 10:10-‐11:00 MP202 Tutorials Tuesdays 5:10-‐6:00 WB119 Fridays 3:10-‐4:00 WB219 Course Instructor Prof. Josh Taylor (email: [email protected])
3 Office Hours I will hold regular office hours on Tuesdays from 3:10-‐4:00 in my office, SF 1021C.
4 Textbook The course will use the textbook Power System Analysis and Design, Fi#h Edi$on, by Glover, Sarma, and Overbye (ISBN: 978-‐1-‐111-‐42577-‐7).
5 Homework Homework will be assigned on Wednesdays and announced via the course website. Typically, homework assignments will be 3-‐5 problems. At the start of class on the following Wednesday, a closed book/notes, 10 minute quiz will be given consis&ng of one problem from the homework with modified numerical parameters (e.g., changing a resistor value from 2 ohms to 3 ohms)1. Although the homework will not be collected, you are strongly encouraged to complete the homework prior to the quiz, which will otherwise be considerably more difficult to finish in the allo5ed class !me.
6 Tutorials A weekly tutorial is associated with ECE413S, and you are expected to a<end. Tutorials will be used to answer ques,ons about the course material, solve addi.onal problems, and expand on the lecture content.
7 Midterm There will be one 50-‐minute midterm examina,on, worth 20% of the total course mark. The midterm will be closed-‐book/notes and held during normal class hours. Equa%on sheets will be provided during the exam and in advance to assist your studying. The midterm is tenta%vely scheduled for Wednesday, February 26.
8 Laboratory The laboratory sessions will run in the “ECE Undergrad Computer Lab”, BA3114, and will consist of one mandatory introductory session and four computer-‐based experiments where you will be using two commercial power system simula'on packages: PSCAD and PowerWorld Simulator. Informa7on about each session will be posted in advance on the course website.
1 For example, the first homework will be assigned on Jan. 8. On Jan. 15 at 1:10 pm, you will be asked to solve one problem based on this assignment in class.
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9 Academic Offenses You are encouraged to work together on the homework assignments outside of class, but you may not work together on the in-‐class quizzes. Any academic offenses will be handled according to faculty policy (see Chapter 6 of the Faculty of Applied Science and Engineering Calendar).
10 Unavoidable Absences If you are unavoidably absent at any 2me during the session, declare your absence on ROSI and discuss the absence with me as soon as possible. In all cases, you must submit a Pe##on Form for Term Work to me, along with any relevant documenta*on (e.g., a University of Toronto Medical Cer4ficate), within a week of your return to class. The pe&&on form can be found on the Faculty Registrar’s website. If you are not present for the final examina!on, alterna!ve procedures must be followed (more informa*on is available on the Faculty Registrar’s website).
11 Calculators For all quizzes, the midterm, and the final examina5on, you are permi&ed to use a non-‐programmable calculator. You are responsible for bringing your own calculator to in-‐class quizzes, the midterm, and the final examina4on.
12 Final Examina'on Exam Type: C (single aid sheet is allowed) Calculator Type: 2 (non-‐programmable calculators allowed)
13 Mark Composi,on Homework Quizzes: 20% Laboratory: 20% Midterm: 20% Final Examina*on: 40%
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Lecture Schedule Lecture # Day Date Topic
1 Tue Jan. 7 Introduction 2 Wed Jan. 8 Fundamentals (2.1-‐2.3, 2.5-‐2.7)
3 Fri Jan. 10
4 Tue Jan. 14 5 Wed Jan. 15 Power transformers & the per-‐unit system (3.1-‐3.5, 3.7-‐3.8)
6 Fri Jan. 17 7 Tue Jan. 21
8 Wed Jan. 22
9 Fri Jan. 24 10 Tue Jan. 28 Transmission line parameters (4.1-‐4.2, 4.4-‐4.6, 4.8-‐4.10)
11 Wed Jan. 29 12 Fri Jan. 31
13 Tue Feb. 4 14 Wed Feb. 5 Transmission line equivalent circuits (5.1-‐5.6)
15 Fri Feb. 7
16 Tue Feb. 11 Short circuit calculations and overcurrent protection (7.3, 10.1, 10.3-‐10.4) 17 Wed Feb. 12
18 Fri Feb. 14 Protection (10.1, 10.3-‐10.4) 19 Tue Feb. 25
20 Wed Feb. 26 Midterm (Tentative date)
21 Fri Feb. 28 22 Tue Mar. 4 Symmetrical components & unbalanced faults (8.1-‐8.2, 9.1-‐9.2)
23 Wed Mar. 5 24 Fri Mar. 7
25 Tue Mar. 11 26 Wed Mar. 12 Power flow calculations (2.4, 6.3, 6.4, 6.6, 6.10)
27 Fri Mar. 14 28 Tue Mar. 18 29 Wed Mar. 19 30 Fri Mar. 21
31 Tue Mar. 25 Transient stability (11.1-‐11.3)
32 Wed Mar. 26
33 Fri Mar. 28 34 Tue Apr. 1
35 Wed Apr. 2 Distributed & renewable generation (14.1, lecture notes) 36 Fri Apr. 4
37 Tue Apr. 8 38 Wed Apr. 9
Last Updated: 11/20/2012