EE 5721 Spring Semester 2017
Text: POWER GENERATION, OPERATION AND CONTROL,
Wood, Wollenberg, and Sheblé, 3rd Edition,
John Wiley and Sons, NY 2014
Professor: Bruce Wollenberg, [email protected]
Class Web page: http://www.ece.umn.edu/class/ee5721/
The class web page contains the course syllabus, course homework assignments,
notes, etc.
Classroom: Keller Hall 3-125
CUSP: is an organization started by Prof Ned Mohan and contains
Materials used in on-line courses. We shall be using the video lectures from the
CUSP site. Go to cusp.umn.edu and then click on the Power Generation Operation and Control link which is on the right
side, upper row, light blue (red arrow)
When you click on this link you get:
Here you can get the Power Point Slides used
in the video lectures, you can link to the video
lecture clips (note they are also on YouTube).
Finally, we will be using the Matlab programs
in the Labs link where you can download all
files and a user’s manual.
Classes: EE5721 will taught as a “flipped “ class in spring 2017. This means that you are expected to watch video lectures
and then on Tuesdays and Thursdays during class time Professor Wollenberg will coinduct problem sessions and
supplemental lectures on Webex. Prof Wollenberg will conduct a lecture/problem session in the classroom in Keller Hall
3-125 in the class time slot immediately before the Midterm and Final exam. See class schedule.
B Wollenberg, email: [email protected]
EE 5721 Spring Semester 2017
Webex: You will be sent instructions on how to log into the class Webex presentation. I will make a video recording of
the entire lecture/problem session and it will be loaded as a .wmv file to the class Google Drive page. Thus if you miss a
Webex lecture you can easily watch it any time by accessing it in the Google Drive page.
Google Drive: As a registered student in the class you should be automatically assigned to the Google Group and Google
Drive page for the course.
Exams: EE5721 will have two exams of two hours each, both held in KH 3-125
Homework: Homework problems will be assigned and graded weekly. Homework should be turned in by Friday 5PM
each week directly to the TA. The class TA is Hyunglin Choi (email: [email protected]) who sits in Room 5-104
(phone: 5-2351). You can email the homework to the TA or bring it in as hard copy. A box for homework return will be
provided in Room 5-104.
Grading:
Homework 20%
Mid Term Exam 40%
Final Exam 40%
NOTE: I am retired and is teaching EE5721 under contract in the Spring 2017 semester. Therefore I will not be available
for regular office hours each week in Keller Hall. You may email questions anytime ([email protected]), if you need to
talk, just include your phone number with a time that is good for you and I will call back.
B Wollenberg, email: [email protected]
EE 5721 Spring Semester 2017
Date Material Covered
NOTE:
Sec = Section(s) ,
AP = Appendix
Jan 17 Introduction,
Text: Ch 1
CUSP Video Lecture 1 and CUSP Video Lecture 3, WILL BE HELD IN KH 3-125
Power Generation Operation
19 Generator Input/Output Curves, Optimization and Kuhn-Tucker Conditions
Text: Ch1, Ch3 AP 3A
CUSP Video Lecture 2 and CUSP Video Lecture 4
24 Economic Dispatch, Linear Programming
Text: Ch3, Sec 3.1-3.5 , AP 3B
CUSP Video Lecture 5 and CUSP Video Lecture 6
26 Participation Factors, Transmission Losses, LMP, Auctions
Text: Ch 3,Sec 3.8-3.11.
CUSP Video Lecture 7A and CUSP Video Lecture 7B
31 Unit Commitment Problem, Dynamic Programming Solution
Text: Ch 4, Sec 4.1 – 4.2.1
CUSP Video Lecture 8A
Feb
2 Unit Commitment, Lagrange Relaxation Solution, SCUC
Text: Ch 4, Sec 4.2.2-4.4
CUSP Video Lecture 8B
7 Generation with Limited Fuel, Take or Pay Contracts, LP techniques
Text: Ch 5, Sec 5.1-5.5
CUSP Video Lecture 9A
9 Hydro Scheduling, Pumped Storage Scheduling,
Text: Ch5, Sec 5.6-5.8
CUSP Video Lecture 9B
14 Hydro Scheduling using Dynamic and Linear Programming
Text: Ch5 Sec 5.9-5.10, AP 5A
CUSP Video Lecture 9B
B Wollenberg, email: [email protected]
EE 5721 Spring Semester 2017
Transmission System Operation
16 Power Flow, Transmission Losses:,
Text: Ch 6, Sec 6.1-6.12, 6.14-6.18
CUSP Video Lecture 10A
21 Transmission Loss Calculations, Penalty Factors
Text: Ch 6, Sec 6.20-6.22
CUSP Video Lecture 10B
23 Introduction to Power System Security Analysis
Text: Ch 7, Sec 7.1-7.6, AP 7A
CUSP Video Lecture 11A
28 PTDF and LODF factors, Corrective Rescheduling of Generation
Text: Ch7 AP 7B
CUSP Video Lecture 11B
NOTE: THIS LECTURE WILL BE HELD IN KH 3-125
Mar
2 MID TERM EXAM, WILL BE HELD IN KH 3-125
7 Introduction to Optimal Power FlowTechniques
Text: Ch 8, Sec 8.1-8.6
CUSP Video Lecture
9
Optimal Power Flow Applications
Text: Ch 8
CUSP Video Lecture 12A
14 No Class - Spring Break
16 No Class - Spring Break
21 Optimal Power Flow Calculations
Text: Ch 8, Sec 8.7-8.12
CUSP Video Lecture 12B
23 Introduction to Power System State Estimation
Text: Ch 9, Sec 9.1-9.3
CUSP Video Lecture 13A
28 State Estimator Newton Orthogonal Algorithms,Observability, Bad Data Analysis
Text: Ch 9 Sec 9.4-9.10
CUSP Video Lecture 13B
B Wollenberg, email: [email protected]
EE 5721 Spring Semester 2017
30 Control of Generating Units, Automatic Generation Control
Text: Ch 10, Sec 10.1-10.7
CUSP Video Lecture 14
April 4 Interchange, Pooling, Brokers and Auctions
Text: Ch 11 Sec 11.1-11.5
CUSP Video Lecture 15A
Operation under Vertically Integrated vs. Deregulated Environments
6 Interchange, Pooling, Brokers and Auctions
Text: Ch 11 Sec 11.6-11.11
CUSP Video Lecture 15B
11 Vertically Integrated Electric Utility Companies
Notes
13 Meaning of a free market
Notes
18 Pricing Energy, Auctions and Power Exchanges
Notes
20
Control of Transmission Congestion, Optimal Power Flow and Bus Marginal Pricing
Notes
25
Independent System Operators, Ancillary Services
Notes
27
Financial Transmission Rights Contracts
Notes
May 2
4
Introduction to Short Term Demand Forecasting
Text: Ch 12 Sec
Sheble Power Point Slides STDF_0 and STDF_1
Short Term Demand Forecasting
Text: Ch 12 Sec
Sheble Power Point Slides STDF_2 and STDF_3
NOTE: THIS LECTURE WILL BE HELD IN KH 3-125
9 FINAL EXAM, WILL BE HELD IN KH 3-125
B Wollenberg, email: [email protected]
EE 5721 Spring Semester 2017
CUSP lectures (see cusp.umn.edu)
B Wollenberg, email: [email protected]