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Protection Paradigms: Power System Protection

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Protection Paradigms: Power System Protection
Power System Protection S.A.Soman Power System Dynamics
Overview

Power System Protection
S.A.Soman
Department of Electrical Engineering IIT Bombay

System Protection Relays
Example System Underfrequency and Rate of Change of Frequency Relays Undervoltage and Reverse Power Relay

Lightning Protection
Lightning Overvoltages Lightning Protection Devices

Protection Paradigms - System Protection

Summary

Protection Paradigms - System Protection
Power System Protection S.A.Soman Power System Dynamics
Overview

1

Power System Dynamics Overview System Protection Relays Example System Underfrequency and Rate of Change of Frequency Relays Undervoltage and Reverse Power Relay Lightning Protection Lightning Overvoltages Lightning Protection Devices Summary

2

System Protection Relays
Example System Underfrequency and Rate of Change of Frequency Relays Undervoltage and Reverse Power Relay

Lightning Protection
Lightning Overvoltages Lightning Protection Devices

3

Summary

4

Protection Paradigms - System Protection
Power System Protection S.A.Soman Power System Dynamics
Overview

1

Power System Dynamics Overview System Protection Relays Example System Underfrequency and Rate of Change of Frequency Relays Undervoltage and Reverse Power Relay Lightning Protection Lightning Overvoltages Lightning Protection Devices Summary

2

System Protection Relays
Example System Underfrequency and Rate of Change of Frequency Relays Undervoltage and Reverse Power Relay

Lightning Protection
Lightning Overvoltages Lightning Protection Devices

3

Summary

4

Protection Paradigms - System Protection
Power System Protection S.A.Soman Power System Dynamics
Overview

System Protection Relays
Example System Underfrequency and Rate of Change of Frequency Relays Undervoltage and Reverse Power Relay

Overview of Power System Dynamics System protection requires study of system dynamics and control. Power system dynamics Can be

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    [18] H. W. Dommel, “Digital computer solution of electromagnetic transients in single- and multiple-phase networks,” IEEE Trans. Power App. Syst., vol. PAS-88, pp. 388–99, Apr. 1969. [19] G. Gross and M. C. Hall, “Synchronous machine and torsional dynamics simulation in the computation of electro-magnetic transient,” IEEE Trans. Power App. Syst., vol. PAS-97, pp. 1074–1086, Jul./Aug. 1978. [20] P. C. Krause, Analysis of Electric Machinery. New York: McGrawHill, 1986. [21] L. A. S. Pilotto, A. R. Carvalho, A. Bianco, W. F. Long, F. L. Alvarado, C. L. DeMarco, and A. Edris, “The impact of different TCSC control methodologies on the subsynchronous resonance problem,” The Future of Power Delivery, Apr. 1996, Washington, D.C.. [22] A. V. Oppenheim, A. S. Willsky, and I. T. Young, Signal and Systems. London, U.K.: Prentice-Hall, 1983. [23] L. A. S. Pilotto, A. Bianco, W. F. Long, and A. A. Edris, “Impact of TCSC control methodologies on subsynchronous oscillation,” IEEE Trans. Power Del., vol. 18, no. 1, pp. 243–252, Jan. 2003. J. E. R. Alves, Jr. (M’92–SM’05) was born in Juiz de Fora, Brazil, on November 30, 1963. He received the B.Sc., M.Sc., and D.Sc. degrees in electrical engineering, in 1986, 1991 and 1999, respectively, from the Federal University of Rio de Janeiro. In 1991, he became an Assistant Professor and in 1999 an Adjunct Professor at the Federal Fluminense University, where he teaches electronics and metering. Since 1995, he has been with CEPEL, the Brazilian Electrical Energy Research Center, Rio de Janeiro., where he is currently a Project Manager. His research interests are in the analysis of HVdc transmission systems, FACTS devices, power electronic controllers, distribution systems, and metering. Dr. Alves is currently Chair of IEEE Rio de Janeiro Section 2006-2007.…

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