Fundamental Power System Protection Pdf Download [BETTER]
DOWNLOAD === https://ssurll.com/2t8l3W
Link takes you to IEEEXplore. Note, you either need an IEEE/PES DigitalLibrary subscription or else use the UI subscription (either connect from a UIIP-address or set up remote access through the UI Library) Presentation to go withthe paper Link to: R. W. Folkers, "Determine Current Transformer Suitability Using EMTP Models" from 1999 Western Protective Relay Conference (this takes you to the SEL web site, free registration may be required) CT saturation model and documentation from IEEE Power Systems Relayingand Control Committee Lecture 9Lecture 9 handwritten notesVoltage Transformers and CapacitiveVoltage Transformers (PDF)Update to homework 2 (PDF)due L11 (September 25) See below for Mathcad and Mathcad Prime versions References on CVT Textbook by Das, starting with section 3.13Sections 6.2 and 6.3 in the Alstom Grid NPAG Trench (CCVT vendor) CVT webpage Link to GE paper by B. Kasztenny, D. Sharples, V. Asara and M. Pozzuli,"Distance Relays and Capacitive Voltage Transformers-Balancing Speed andTransient Overreach," From 53rd Annual Conference for ProtectiveRelay Engineers-free registration requiredLink to IEEE Xplore paper: A. Sweetana, "Transient ResponseCharactersitics of Capacitive Potential Devices," IEEE Trans.on Power Apparatus and Systems. Vol. PAS-90, No 5, pp. 1989-2001,June 1971. Note, you either need an IEEE/PES Digital Librarysubscription or else use the UI subscription (either connect from a UIIP-address or set up remote access through the UI Library)Review: Link to SEL paper "Capacitive Voltage Transformers: TransientOverreach Concerns and Solutions for Distance Relaying"(this takes you to SEL web site, free registration required)Lecture 10Lecture 10 handwritten notesCVT analysis example (PDF)CVT analysis example (Mathcad)CVT analysis example (Mathcad Prime)Reference Material S. Meier, "Sharing IEC 61850 Sampled Values," PAC WorldMagazine, August 2014V. Skendzic,I. Ender, G. Zweigle, "IEC 61850-9-2 Process Bus and Its Impact on Power System Protection and Control Reliability," Presentedat 2007 Western Protective Delivery Automation ConferenceLecture 11Lecture 11 handwritten notesIntro to time overcurrent protection (PDF) Digital filter examples (discussed next lecture (PDF) Digital filter examples (discussed next lecture (Mathcad) Digital filter examples (discussed next lecture (Mathcad Prime) Link to Western Protective Relay Conference home pageReference Material R.W. Wall and B.K.Johnson, "Using TACS functions within EMTP to teach protective relaying fundamentals," IEEE Transactions on Power Systems. Vol 12, No. 1, pp. 3-10, February 1997 R. Wall, Introduction to digital cosine filters (PDF)Lecture 12Lecture 12 handwritten notesLecture 13Lecture 13 handwritten notesIntroduction to ATPIntroduction to PSCAD/EMTDCReference MaterialIntroductorytutorial videos on EMTP-RV, at EMTP-RV web siteTutorial video for getting started with PSCAD/EMTDC(at Manitoba HVDC Centre web siteLecture 14Lecture 14 handwritten notesATPDraw example with CTs and CVTs (PDF) ATPDraw example with CTs and CVTs (Mathcad) ATPDraw example with CTs and CVTs (Mathcad Prime) ATPDraw file from example (zip) PSCAD/EMTDC example to be added Inverse time overcurrent element coordination example (PDF) Inverse time overcurrent element coordination example (Mathcad) Inverse time overcurrent element coordination example (Mathcad Prime) Lecture 15Lecture 15 handwritten notesReview of symmetrical components (PDF)Lecture 16Lecture 16 handwritten notesPower apparatus models in sequence domain (PDF)Fault example (to be discussed in Lecture 17 (PDF)Fault example (to be discussed in Lecture 17 (Mathcad)Fault example (to be discussed in Lecture 17 (Mathcad Prime)Powerworld files to go with fault example (to be discussed in Lecture 17 (zip)Lecture 17Lecture 17 handwritten notes Reference materialSee section 13.3 in the textbookLecture 18Lecture 18 handwritten notesDirectional Element ExamplesLoad Comtrade to MathCAD (PDF)Mathcad direction elementrelay models (PDF)Mathcad direction elementrelay models (Mathcad)Mathcad direction elementrelay models (Mathcad Prime)COMTRADE files from examples (zip) Reference Material on COMTRADE standard Link to C37.111-2013 - IEEE/IEC Measururing relays and protectionequipment Part 24: Common format for transient data exchange (COMTRADE)( via IEEEXplore Note, you either need an IEEE/PES Digital Librarysubscription or else use the UI subscription (either connect from a UIIP-address or set up remote access through the UI Library)Link to IEEE Standard C37.111-1999: IEEE Standard Common Format for Transient Data Exchange (COMTRADE) for Power Systems--older revision of standard ( via IEEEXplore Note, you either need an IEEE/PES Digital Librarysubscription or else use the UI subscription (either connect from a UIIP-address or set up remote access through the UI Library)Lecture 19Lecture 19 handwritten notesClassifications of grounding and impacts ofdifferent types of grounding on protecetion (PDF)SLG fault examples with differentgrounding schemes, to be discussed lecture 21 (PDF)SLG fault examples with differentgrounding schemes, to be discussed lecture 21 (Mathcad)SLG fault examples with differentgrounding schemes, to be discussed lecture 21 (Mathcad Prime)Reference Material Das Textbook: Chapters 7 and 8 NPAG Sections 9.18-9.21 IEEE Standard 142-2007 (also known as the "Green Book" National Electrical Code Lecture 20Arc Flash lecture notesReference MaterialLink to IEEE Standard 1584:IEEE Guide for Performing Arc-Flash Hazard Calculations via IEEEXplore Note, you either need an IEEE/PES Digital Librarysubscription or else use the UI subscription (either connect from a UIIP-address or set up remote access through the UI Library)Link to paper: R.H. Lee, "The Other Electrical Hazard: Electric Arc Blast Burns" from IEEETrans on Industry Applications, May 1982 Via IEEEExplore.Note, you either need an IEEE/PES Digital Librarysubscription or else use the UI subscription (either connect from a UIIP-address or set up remote access through the UI Library)Arc flash videos and material from Westex MillikenEasyPower arc flash resource centerArc flash testingvideos from SEL web siteLecture 21Lecture 21 handwritten notesPictures of ground resistor and CTs fora generator (PDF)Description of relay model examplesfor lab 1 in ATPdraw and PSCAD/EMTDC (PDF) ATPDraw and PSCAD/EMTDC filesfor lab 1 (zipped) (optional for lab)Lecture 22Lecture 22 handwritten notesReference MaterialLink to paper J. Roberts, H.J. Altuve, D. How, "Review of Ground Fault Protection for Grounded, Ungrounded and Compensated Distribution Systems" (this takes you to the SEL web site, free registration may be required)Link to paper: D. How and N. Fischer, "Deterministic High-Impedance Fault Detection and Phase Selection on Ungrounded Distribution,"Presented at 43rd Annual Industrial & Commercial Power Systems Technical Conference Edmonton, Canada May 6-11, 2007. (this takes you to the SEL web site, free registration may be required)Link to paper: D. Whitehead and N. Fischer, "Advanced Commercial Power System Protection Practices Applied to Naval Medium Voltage Power Systems," IEEE Electric Ship Technologies Symposium, July 2005(this takes you to the SEL web site, free registration may be required)Link to paper: R. Lavorin, D. How, H.J. Altuve, N. Fischer, F. Calero, "Selecting Directional Elements for Impedance-Grounded Distribution Systems,"Presented at the 34th Annual Western Protective Relay ConferenceSpokane, Washington October 16-18, 2007(this takes you to the SEL web site, free registration may be required)Lecture 23Introduction to Bus ProtectionLecture 24Lecture 24 handwritten notes Mathcad Bus Relay (PDF) Mathcad Bus Relay (Mathcad) Mathcad Bus Relay (Mathcad Prime) COMTRADE files for bus relay example (zip)Reference Material Chapter 9 of Das textbook (includes typical bus arrangements) Chapter 15 of Numerical Protection and Automation GuideLink to paper "Reliable Busbar and Breaker Failure Protection With Advanced Zone Selection" (this takes you to the SEL web site, free registration may be required)Link to paper: J.G. Andrichak and J. Cardenas, "Bus Differential Protection,"22nd Annual Western Protective Relaying Conference.Link to paper: "Bus Protective Relaying, Methods and Applications,"Note that you will need to create a free account to access paperLink to paper: Ken Behrendt, David Costello and Stanley E. Zocholl: "Considerations for Using High-Impedance or Low-Impedance Relays for Bus Differential Protection" Presented at 35th Annual Western Protective Relay Conference, October 2008Lecture 25Lecture 25 handwritten notesReference Material Breaker Failure protection in textbook by Das: Section 2.7, Section 11.15IEEE Power Systems Relaying and Control Committee: Summary of Revision, IEEE C37.119-2016, Guide for Breaker Failure Protection of Power Circuit BreakersMotor bus transfer in textbook by Das, Section 9.9 IEEE PSRC Report: Motor Bus Transfer Applications Issues and ConsiderationsReading ahead on transformer protection next lecture: 12.1, 12.3 12.13Lecture 26Lecture 26 handwritten notesTransformer connectioncompensation matrices for common connections (PDF) Transformer connectioncompensation matrices for common connections (Mathcad) Transformer connectioncompensation matrices for common connections (Mathcad Prime) Transformer protection examaple for lecture 27 (PDF) Transformer protection example for lecture 27 (Mathcad) Transformer protection example for lecture 27 (Mathcad Prime) Reference MaterialLink to paper: L. Lawhead, R. Hamilton, and J. Horak, "Three Phase Transformer Winding Configurations and Differential RelayCompensation" 60th Annual Georgia Tech Protective Relay Conference, May 2-5, 2016 (this takes you to Basler web site, free registration required)Link to:D.I. Taylor, J.D. Law, B.K. Johnson, and N. Fischer, "Single-Phase Transformer Inrush Current Reduction Using Prefluxing," IEEE Transactions on Power Delivery. Vol. 27, No. 1, 2012, pp. 245-252 Note, you either need an IEEE/PES Digital Librarysubscription or else use the UI subscription (either connect from a UIIP-address or set up remote access through the UI Library)Link to IEEE Standard C37.91: IEEE Guide for Protecting Power Transformers through IEEEXplore Note, you either need an IEEE/PES Digital Librarysubscription or else use the UI subscription (either connect from a UIIP-address or set up remote access through the UI Library)Link to IEEE Standard C57.12.00: IEEE Standard for General Requirements for Liquid-Immersed Distribution, Power, and Regulating Transformers through IEEEXplore Note, you either need an IEEE/PES Digital Librarysubscription or else use the UI subscription (either connect from a UIIP-address or set up remote access through the UI Library) Link to paper: B. Kasztenny, M. Thompson, and N. Fischer, "Fundamentals of Short-Circuit Protection for Transformers" (this takes you to SEL web site, free registration required)Lecture 27Lecture 27 handwritten notesReference Material Link to paper: S.E. Zocholl, A. Guzman, and D. Hou"Transformer Modeling as Applied to Differential Protection."(free registration required)Link to paper N.T. Stringer, L. Lawhead, T. Wilkerson, J. Biggs andG. D. Rockefeller, "Testing and Performance of Transformer Differential Relays" through IEEEXplore. Note, you either need an IEEE/PES Digital Librarysubscription or else use the UI subscription (either connect from a UIIP-address or set up remote access through the UI Library) Link to paper A. Guzman, N. Fischer, and C. Labuschagne,"Improvements in Transformer Protection and Control" (this takes you to SEL web site, free registration required) Link to paper M. Thompson and R. Folkers "Secure Application of Transformer Differential Relays for Bus Protection" (this takes you to SEL web site, free registration required) The paper is also free on IEEEXplore at: Note, you either need an IEEE/PES Digital Library subscription or else use the UI subscription (either connect from a UI IP-address or set up remote access through the UI Library)See equation (7) for the discussion in class on setting breakpoint for dual slope elementLecture 28Lecture 28 handwritten notesReference Material Link to paper:S. Hodder, B. Kaszdenny, N. Fischer, and Y. Xia, "LowSecond-Harmonic Content in Transformer Inrush Currents -Analysis and Practical Solutions for Proteection Security"Presented at 67th Annual Conference for Protection Engineers,2014Lecture 29Lecture 29 handwritten notesRestricted Earth Fault Example (PDF)Restricted Earth Fault Example (Mathcad)Restricted Earth Fault Example (MathcadPrime)PSCAD/EMTDC file used for example(note, will not run on free student version)Reference Material Linke to Siemens Technical GuidanceNotes: High Impedance Restricted Earth Fault ProtectionNote: Link doesn't appear to work on Firefox, but does work on otherbrowsers. If you use Firefox, add a .PDF extension to the file that is downloadedLecture 30Lecture 30 handwritten notes Homework and Project Assignments 2b1af7f3a8