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Title: Simplified recursive newton-type algorithm for instantaneous modal parameter estimation of sub-synchronous oscillations
Author: Barocio, E.
Zuniga, P.
Vazquez, S.
Betancourt, R.
Issue Date: 2012
Abstract: A method for instantaneous identification of parameters from sub-synchronous oscillations is proposed. The developed methodology uses an infinite impulse response band-pass filter bank to separate a generator unit multi-component speed signal into mono-components. A simplified recursive Newton-type algorithm is employed to estimate modal parameters from the separated mono-components, with special emphasis on damping estimation. Simulations with the IEEE second benchmark on sub-synchronous resonance as a test power system are used to assess the proposed method. Digital signal processor hardware is employed to validate the algorithm using actual signals. Copyright � Taylor & Francis Group, LLC.
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