| Date |
# |
Topic |
Notes |
| 8/ |
1 |
Motivation |
See the first part of MacKay’s book (references below) |
| 8/ |
2 |
Controllable Generation |
WWS Chapter 1 |
| 8/ |
3 |
Convex Optimization |
WWS Appendix 3A, lecture notes |
| 9/ |
4 |
Dispatch and Optimization |
Begin Chapter 3 of WWS |
| 9/ |
5 |
Dispatch and Optimization |
Chapter 3 of WWS |
| 9/ |
6 |
Dispatch and Transmission |
Chapter 3 of WWS |
| 9/ |
7 |
Dispatch and Markets |
Advanced reading (not required) |
| 9/ |
8 |
Dispatch and Markets |
Marginal cost pricing – lecture notes |
| 9/ |
9 |
LMPs |
|
|
|
Unit Commitment |
Chapter 4 of WWS |
| 9/ |
10 |
Dynamic Markets |
References in lecture slides |
| 9/ |
11 |
AC Power Flow |
Text covers Newton-Raphson method |
| 9/ |
12 |
Reserves |
WWS Section 4.1 (especially 4.1.3) |
| 10/ |
13 |
Reserves & Intro to Control |
Begin Chapter 10 |
| 10/ |
14 |
Grid Dynamics and Control Overview |
WWS Chapter 10, and your course notes on PI control
Crash Course Here |
| 10/ |
|
|
|
| 10/ |
|
|
|
| 10/ |
15 |
Primary control: Droop |
WWS Chapter 10 (lecture on blackboard) |
| 10/ |
16 |
History by Bob Moye, and Grid Model |
WWS Section 10.7 (lecture on blackboard) |
| 10/ |
|
|
|
| 10/ |
|
|
|
| 11/ |
17 |
Classical Control in 20 mins & AGC |
WWS Section 10.7. Alternate design here |
| 11/ |
|
Midterm I |
Info regarding course project |
| 11/ |
18 |
Secondary Control & AGC |
Frequency Regulation Basics and Trends |
| 11/ |
19 |
Storage |
Operating Reserves & Wind Power Integration |
| 11/ |
|
No lecture |
|
| 11/ |
20 |
FERC Orders & Demand Response |
See 2016 commentary on ERCOT markets |
| 11/ |
21 |
Demand Dispatch Introduction |
See 2016 Berkeley Lecture – other refs in slides |
| 11/ |
|
|
and 2011 Demand Dispatch NETL Report |
| 11/ |
|
Holiday |
|
| 11/ |
22 |
Demand Dispatch: HVAC |
|
| 12/ |
23 |
Demand Dispatch: Advanced topics |
|
| 12/ |
|
Farewell |
|
| 12/ |
|
|
Exam this eve! |
| 12/ |
|
|
|
| 12/ |
|
Graduate Student Presentations |
Starting at 9:00am |