Title :
Test and simulation of network dynamic response using SSFR and RTDR derived synchronous machine models
Author :
Rusche, P.A.E. ; Brock, G.J. ; Hannett, L.N. ; Willis, J.R.
Author_Institution :
Consumers Power Co., Jackson, MI, USA
fDate :
3/1/1990 12:00:00 AM
Abstract :
The comparative testing of four 60 Hz two-pole generators indicates practical advantages for the SSFR (standstill frequency response) method over the RTDR (rotating time-domain response) method when synchronous machine models are to be synthesized from test data for network dynamic performance analysis. Manufacturer-provided data are compared to SSFR and RTDR derived parameters. All adequately duplicate synchronization, load rejection, and line switching tests. Deterministic sensitivity of CFCT (critical fault clearing time) to selected machine parameters is reported
Keywords :
power systems; synchronous machines; 60 Hz; critical fault clearing time; line switching tests; load rejection; network dynamic response; rotating time-domain response; simulation; standstill frequency response; synchronous machine models; two-pole generators; Circuit testing; Couplings; Data acquisition; Equivalent circuits; Manufacturing; Network synthesis; Notice of Violation; Performance analysis; Power & Energy Society; Power generation; Power measurement; Printing; Strontium; Synchronous machines; Virtual manufacturing;
Journal_Title :
Energy Conversion, IEEE Transactions on
