_03_EE394J_2_Spring12_Transmission_Lines.pdf
_04_EE394J_2_Spring12_Transmission_Lines_cont.pdf
_04_EE394J_2_Spring12_Transmission_Lines_cont.pdf
_05_ERCOT_MAP.ppt
_05_EE394J_2_Spring12_Per_Unit_System.pdf
_05_EE394J_2_Spring12_Symmetrical_Components.pdf
_05_EE394J_2_Spring12_Power_System_Matrices.pdf
_06_EE394J_2_Spring12_Short_Circuits.pdf
_06_EE394J_2_Spring12_Notes_120302.pdf
_07_EE394J_2_Spring12_Short_Circuits_Solutions.pdf
_07_EE394J_2_Spring12_Short_Circuits_Solutions.pdf
_08_EE394J_2_Spring12_Loadflow.pdf
_08_Understanding Power System Harmonics (includes user guides for PCFLO and HAPS), pdf
_08_PCFLO Executable and Files (zipped)
_08_HAPS Executable and Files (zipped)
_08_EE394J_2_Spring12_Screwbean_Wind_Farm_Study.pdf
_09_EE394J_2_Spring12_Model_1_Stability_Model_for_Synchronous_Machines.pdf
_10_EE394J_2_Spring12_Inertia_Calculation.pdf
_10_EE394J_2_Spring12_Stability_Clearing_Time.pdf
_11_EE394J_2_Spring12_Stability_Model_1_Solver.xls
_11_EE394J_2_Spring12_Weeks_Book_Excerpts.pdf
_12_EE394J_2_Spring12_Lightning_Step Potential_Shock Energy_Problem.pdf
_13_Go to my solar page and use the Solar_Data_Analyzer spreadsheet to view and comment on Saturday, April 7 (Day of year = 098)
_14_TOWERABC_120430.zip
Homework
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HW#1, for Monday, Jan. 23,
Use
PMU_Waveform_Analyzer.exe to view each of the four graphs of Texas Synchrophasor
Event #7, copying and pasting the screen graphs into a Word doc. Do not try to
match the scaling shown in the Texas Synchrophasor Event document because those
scales and graphs were done with Excel. Print your doc in black & white.
Also, work out Problems 1,2,3,4 of the Power Refresher Problems.
HW#2, for Monday, Jan. 30,
Problems 5,6,7,8 of the Power Refresher
Problems.
Also, the two problems on slides 41 and 42 of
_01_EE394J_2_Spring12_Power_Presentation.ppt.
HW#3, for Wednesday, Feb. 8, _03_EE394J_2_Spring12_HW3.pdf
HW#4, for Wednesday, Feb. 22, Transmission line model problem on the last page of _03_EE394J_2_Spring12_Transmission_Lines.pdf
HW#5, for Wednesday, Feb. 29
Prob. 1. Work Prob. 9 from the refresher
problems
Prob. 2. Draw the pos/neg sequence one-line diagram in per unit for
the problem on page 3 of Per_Unit_System.pdf
Prob. 3. Build the pos/neg
sequence admittance matrix for Prob. 2
Prob. 4. Repeat Problems 2 and 3 for
zero-sequence
HW#6, for Wednesday, Mar. 6
Draw the positive/negative/zero sequence
diagrams for the "Stevenson" circuits on pages 18 and 19 of
_06_EE394J_2_Spring12_Short_Circuits.pdf
HW#7, for Friday, Mar. 23
Perform a loadflow analysis to determine the
feasibility of a new 100 MW Roy Orbison Wind Farm at WINK_ORB 138kV bus, and shipping
the power to Harris 69kV next to the U.T. Austin Law School. Follow the Screwbean
procedure, but use WINK_ORB instead of Screwbean. One or two page writeup.
HW#8, for Monday, April 16
Work the lightning problem _12_ linked above
HW#9, for Friday, May 4
Apply the Markt-Mengele method for the 500kV single-circuit tower, using TOWERABC
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