ECE529: Utility Applications of Power Electronics

Spring 2013 (recorded Spring 2009)

Instructor

Lecture Notes

Lecture 1: Spring 2013 Welcome Spring 2013 Course Syllabus Spring 2013 Suggested Due Dates Lecture 1 Handout - Introduction Lecture 1 written notes Power electronics applications lecture notes by textbook author Prof. Arindam Ghosh	Lecture 2: Lecture 2 written notes Link to session on HVDC System Solutions IEEE/PES 2008 Transmission and Distribution Conference and Exposition Reference Material: "March 2007 Issue of IEEE Power And Energy Magazine with section on HVDC Transmission"Note, this link only allows you to read the articles if you are a member of the IEEE Power and Energy Society. You can also access this through the University of Idaho Library at: "March 2007 Issue of IEEE Power And Energy Magazine with section on HVDC Transmission" Note, you may need to contact the UI library to get permission to access the full PDF document, go to Off Campus Library Access Presentation on "A Short History of the Pacific HVDC Intertie from 2006 IEEE PSCE Presentation on "Overview of HVDC Transmission" from 2006 IEEE PSCE Presentation on "Planning Issues for HVDC" from 2006 IEEE PSCE HVDC Projects List, May 2008 - Existing or Under Construction HVDC Projects List, May 2008 - Planned Panel Session on FACTS Fundamentals from 2009 IEEE Power and Energy Society Power Systems Conference and Expo	Lecture 3: Lecture 3 written notes Lecture 3 handout	Lecture 4: Lecture 4 written notes Introduction to ATP for those not familiar with the ATP and ATPDraw
Lecture 5: Lecture 5 written notes Introduction to TACS	Lecture 6: Lecture 6 written notes	Lecture 7: Lecture 7 written notes More information on TACS	Lecture 8: Lecture 8 written notes TACS--continued TACS example with limiters (Zipped)
Lecture 9: Lecture 9 written notes Thyristor Controlled Resistor TACS example with one time step delay (Zipped) TACS example: Thyristor Controlled Resistor (Zipped)	Lecture 10: Lecture 10 written notes Thyristor Controlled Reactor Single phase TCR (zipped)	Lecture 11: Lecture 11 written notes	Lecture 12: Lecture 12 written notes
Lecture 13: Lecture 13 written notes Revised ATPDraw installation instructions for ATPDraw 5.5 TCR Harmonic Current Amplitudes (MathCAD) TCR Harmonic Current Amplitudes (PDF) Park's Transform Overview	Lecture 14: Lecture 14 written notes Mapping TCR current order to firing angle (MathCAD) Mapping TCR current order to firing angle (PDF) ATPDraw Example Files (zipped)	Lecture 15: Lecture 15 written notes ATPDraw Example Files (zipped)	Lecture 16: Lecture 16 written notes Parks Transform Example (PDF) Parks Transform Example (MathCAD) ATPDraw Example Files (zipped)
Lecture 17: Lecture 17 written notes ATPDraw Example Files (zipped)	Lecture 18: Lecture 18 written notes Handout on synchronization response and SVC (PDF) 12 pulse harmonic cancellation (PDF) 12 pulse harmonic cancellation (MathCAD)	Lecture 19 Lecture 19 written notes Passive harmonic filters example (PDF) Passive harmonic filters example (MathCAD) 12 Pulse SVC in ATPDraw example (PDF) 12 Pulse SVC in ATPDraw example (MathCAD) ATPDraw Example Files (zipped)	Lecture 20: Lecture 20 written notes
Lecture 21: Lecture 21 written notes	Lecture 22: Lecture 22 written notes ATPDraw Example File (zipped)	Lecture 23: Lecture 23 written notes	Lecture 24: Lecture 24 written notes Thyristor Switched Capacitor Results (more in lecture 25)
Lecture 25: Lecture 25 notes	Lecture 26: Lecture 26 notes	Lecture 27: Lecture 27 notes Handout on voltage source converters for FACTS	Lecture 28: Lecture 28 notes
Lecture 29: Lecture 29 notes	Lecture 30: Lecture 30 notes Load balancing examples (PDF) Load balancing examples (MathCAD)	Lecture 31: Lecture 31 notes Load balancing ATPDraw examples (PDF) Load balancing ATPDraw examples (MathCAD) ATPDraw example file (zipped)	Lecture 32: Lecture 32 notes
Lecture 33: Lecture 33 notes	Lecture 34: Lecture 34 notes Active Filter Calculations (PDF) Active Filter Calculations (MathCAD--runs slowly) Active Filter Calculations (MathCAD--more efficient averaging)	Lecture 35: Lecture 35 notes ATPDraw Examples (active filter calculations (zip)	Lecture 36: Lecture 36 notes
Lecture 37: Lecture 37 notes	Lecture 38: Lecture 38 notes ATPDraw Voltage Source Converter Examples	Lecture 39: Lecture 39 notes ATPDraw PWM Voltage Source Converter Examples	Lecture 40: Lecture 40 notes Series Compensation
Lecture 41: Lecture 41 notes ATPDraw TCSC Example	Lecture 42: Lecture 42 notes Distribution Level Series Compensation	Lecture 43: Lecture 43 notes TCSC Resonance Calculation (PDF) TCSC Resonance Calculation (MathCAD)	Lecture 44: Lecture 44 notes HVDC Overview (PDF) Link to session on HVDC System Solutions IEEE/PES 2008 Transmission and Distribution Conference and Exposition Reference Material: "March 2007 Issue of IEEE Power And Energy Magazine with section on HVDC Transmission"Note, this link only allows you to read the articles if you are a member of the IEEE Power and Energy Society. You can also access this through the University of Idaho Library at: "March 2007 Issue of IEEE Power And Energy Magazine with section on HVDC Transmission" Note, you may need to contact the UI library to get permission to access the full PDF document, go to Off Campus Library Access
Lecture 45: Lecture 45 notes	Lecture 46: Lecture 46 Intro Lecture 46 handout See the HVDC systems solutions panel sessions mentioned in lecture 44 presentations about the Pacific HVDC Intertie Reference Material: "March 2007 Issue of IEEE Power And Energy Magazine with section on HVDC Transmission"Note, this link only allows you to read the articles if you are a member of the IEEE Power and Energy Society. You can also access this through the University of Idaho Library at: "March 2007 Issue of IEEE Power And Energy Magazine with section on HVDC Transmission" Note, you may need to contact the UI library to get permission to access the full PDF document, go to Off Campus Library Access

Homework Assignments