Performance of Three Mode-Meter Block-Processing Algorithms for Automated Dynamic Stability Assessment
Authors:
- Daniel J. TrudnowskiDTDaniel J. Trudnowski
- John W. PierreJPJohn W. Pierre
- Ning ZhouNZNing Zhou
- John F. HauerJHJohn F. Hauer
- Manu ParasharMPManu Parashar
Top Cited Papers
- 22 April 2008
- journal article
- Published by Institute of Electrical and Electronics Engineers (IEEE) in IEEE Transactions on Power Systems
- Vol. 23 (2) , 680-690
Abstract
The frequency and damping of electromechanical modes offer considerable insight into the dynamic stability properties of a power system. The performance properties of three mode-estimation block-processing algorithms from the perspective of near real-time automated stability assessment are demonstrated and examined. The algorithms are: the extended modified Yule Walker (YW); extended modified Yule Walker with spectral analysis (YWS); and sub-space system identification (N4SID). The YW and N4SID have been introduced in previous publications while the YWS is introduced here. Issues addressed include: stability assessment requirements; automated subset selecting identified modes; using algorithms in an automated format; data assumptions and quality; and expected algorithm estimation performance.Keywords
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