EE379K, Renewable Energy and Power Systems, Fall 2008
Course description
_01_EE379K_Fall08_Course_Desc.pdf
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Lectures and supporting materials
_02_Renewable_Energy_Overview.pdf
_03_Basics_of_Solar_Radiation_and_PV_Performance.ppt
_04_Electric_Power_Fundamentals.ppt
_05_Solar.ppt
_06_Batteries.ppt
_07_Wind.ppt
_08_Wind_Part2.pdf
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Homework
EE379K_Renewable_Fall08_HW1.pdf
EE379K_Renewable_Fall08_HW2.pdf
HW3, Probs. 8.4, 8.5, 8.6, 8.7.
EE379K_Renewable_Fall08_HW3.pdf
HW4, Probs. 9.8, 9.12, 9.13, and EE362L Solar Experiment (no report - just do the experiment and fill-in page 16 of the document).
HW5, Probs. 6.1, 6.2, 6.3, 6.4, 6.5, 6.10, 6.12. EE379K_Renewable_Fall08_HW5.pdf
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Tests and Final Exam
EE379K_Fall08_Test1.pdf
EE379K_Fall08_Test2.pdf
EE379K_Fall08_Test3.pdf
EE379K_Fall08_Final_Exam.pdf
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Projects
Project 1. Predicting the Performance of PV Installations in the Austin Area,
EE379K_Renewable_Energy_Project1_Solar.pdf,
Solar_Data_Analyzer.xls, UT_Austin_Ascension_2006.dat.
Project 2. Performance Evaluation of a GE 1.5 MW SLE Wind Turbine,
EE379K_Fall08_Project2.pdf,
GE_1.5MW_Wind_Turbine_Brochure.pdf