TEXT:

1. Papers
2. Class Notes
3. (Reference Only) Gerry Heygt, Computer Analysis Methods for Power Systems;
    Gover and Sarma, "Power System Sanalysi and Design", PWS.

TOPICS:

(Power Flow Analysis, Viabilizing controls, Basics on : Parallel/Distributed Computations, State Esimation, Economic Dispatch, Optimal Power Flow Analysis, Flexible Transmissions, and Deregulated Power Systems )

Week Subject
 

1.Sept.	Introduction and Reviews
2. Sept. 8	Components Modelling (Q: How FACTs change the models? Y and Z matrices?)
3. Sept. 15	Y and Z Matrices
4. Sept. 23	Power Flow Formulation- PV, PQ and Slack buses (Q: What is transferring capability?)
5. Sept. 30	Solution Techniques, basics on parallel/distributed computing
7. Oct. 6	G-S Power Flow Analysis (Q: How transferring capability relates to power flow analysis?)
8. Oct. 13	NR Power Flow Analysis
9. Oct. 20	Ploar and Rectangular Forms, Fast Decoupled Load Flow

Midterm Ex. in the week of Oct. 20
 

10. Oct. 27	DC Load Flow (Q: Reliable enough for online transferring capability analysis?)
11. Nov. 3	Viabilizing Controls
12. Nov. 10	Measurements and State Estimation (Q: Who should own the measured data?)
13. Nov. 17	Economic Dispatch and Optimal Power Flow Analysis (Q: New meaning for deregulated systems?)
14. Nov. 24	Deregulated Power Systems
15. Dec. 1	Final Ex.- Oral test

GRADING POLICY:

Midterm ex. -Basics, Closed Book -25%
Final ex. - Comprehensive, Closed book -25%
Homeworks -20%
Study Report-30%
Bonus: G-S , NR programs-7 pont extra on each program, bonus questions, 4 point extra each on final grade.

Download Data Files

014ieee ( figure )            030ieee ( figure )            118ieee ( figure )            ieee57cdf ( figure )

* Partial Description of the IEEE Common Data Format for the Exchange of Solved Load Flow Data