Computer Aided Coordination of Line Protection Schemes (TH0285-7)
B. Bozoki, A.A. Burzese, A.N. Darlington, H. Disante, W.A. Elmore, J. Esztergalyos, R.J. Fernandez, R.E. Hart, I.O. Hasenwinkle, R.H. Jones, T.L. Kaschalk, J.R. Latham, R.J. Moran, T.J. Murray, K.K. Mustaphi, G.R. Nail, R.W. Ohnesorge, J.M. Postforoosh, M.S. Sachdev, H.S. Smith, W.M. Strang, G. Stranne, E.A. Udren, D.R. Volzka, P.B. Winston
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15 Jul 1989
Digital computers have revolutionized the process of designing, analyzing and controlling electric power systems. The development of efficient computer algorithms has facilitated large scale load flow, short circuit, and transient stability studies and a variety of real-time control and management functions. However, considerably less effort has been focused on developing computer software for solving protection engineering problems.
This may be attributed to the general concerns that protection software designed for one user may not meet the needs of other companies or may be in conflict with some of their practices. Protection engineers are increasingly concentrating their efforts on improving productivity through computer applications and generally agree that a computer aided coordination (CAC) system is badly needed.
This may be attributed to the general concerns that protection software designed for one user may not meet the needs of other companies or may be in conflict with some of their practices. Protection engineers are increasingly concentrating their efforts on improving productivity through computer applications and generally agree that a computer aided coordination (CAC) system is badly needed.
Chairs:
R.P. Taylor
Primary Committee:
Power System Relaying and Control (PSRC)
Sponsor Committees:
Line Protection Sub-committee
