Fourth supplement to a bibliography for the study of subsynchronous resonance between rotating machines and power systems

Iravani, M.R.; Agrawal, B.L.; Baker, Dennis J.; Bowler, C.E.J.; Farmer, Richard G.; Hedin, R.A.; Larsen, E.H.V.; Tang, Jim

doi:10.1109/59.630471

Cited by 49 publications

(6 citation statements)

References 55 publications

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“…It released the first IEEE committee report [4] in 1976, and the first supplement to the report in 1979 [5], dividing the SSR phenomena into induction machine effect (IME) and torsional oscillation (TO). Thereafter, another three supplements were published every 6 years [6–8] to present the latest developments in relating theory and the methods to analyse and control the SSR. During 1977 and 1980, SSR problems occurred in Navajo Power Plant and San Juan Generation Station (both affiliated to Western System Coordinating Council) successively.…”

Section: Review Of the History Of Ssr/ssomentioning

confidence: 99%

“…In 1992, IEEE SSR working group roughly classified the existing SSR/SSO [14] as following: SSR was confined to the interaction between series capacitors and turbo‐generators, including IGE, TI, and TA; SSO was defined to be the subsynchronous oscillation caused by the interaction between turbo‐generators and other devices in the same system (such as PSS, SVC, HVDC [15], digital electric control system, and variable speed drives). In 1997, the fourth supplement [8] illustrated that torsional vibration also existed in induction motors, diesel engines, and synchronous motors. As for the SSR/SSO problems involving hydraulic turbines, the paper [16] pointed out that IGE phenomena could also occur in the hydraulic generators connected to series compensated grid, and some faults could cause high‐amplitude transient torque.…”

Section: Review Of the History Of Ssr/ssomentioning

confidence: 99%

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Review of emerging SSR/SSO issues and their classifications

Wang

Xie

Huakun

et al. 2017

J. eng.

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Section: Review Of the History Of Ssr/ssomentioning

confidence: 99%

Section: Review Of the History Of Ssr/ssomentioning

confidence: 99%

Review of emerging SSR/SSO issues and their classifications

Wang

Xie

Huakun

et al. 2017

J. eng.

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“…Classification has undergone a dynamic development process and quite a few amendments have been made by the SSR working group of the IEEE Power System Dynamic Performance (PSDP) subcommittee. Since the year 1976, when the first SSO/SSR classification report [30] was produced by the SSR working group, four supplementary reports [31]- [34] were then produced in 1979, 1985, 1991 and 1997 respectively. Apart from those reports, two new SSO/SSR definition and classification reports [35], [36] were also produced in 1985 and 1992 respectively.…”

Section: A Classification Of Power System Oscillationsmentioning

confidence: 99%

Review on Oscillatory Stability in Power Grids With Renewable Energy Sources: Monitoring, Analysis, and Control Using Synchrophasor Technology

Meegahapola

Wadduwage

et al. 2021

IEEE Trans. Ind. Electron.

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Oscillatory stability has received immense attention in recent years due to the significant increase of power-electronic converter (PEC)-interfaced renewable energy sources. Synchrophasor technology offers superior capability to measure and monitor power systems in real time, and power system operators require better understanding of how it can be used to effectively analyze and control oscillations. This paper reviews stateof-the-art oscillatory stability monitoring, analysis, and control techniques reported in the published literature based on synchrophasor technology. An updated classification is presented for power system oscillations with a special emphasis on oscillations induced from PECinterfaced renewable energy generation. Oscillatory stability analysis techniques based on synchrophasor technology are well established in power system engineering, but further research is required to effectively utilize synchrophasor based oscillatory stability monitoring, analysis and control techniques to characterize and mitigate PEC-induced oscillations. In particular, emerging big-data analytics techniques could be used on synchrophasor data streams to develop oscillatory stability monitoring, analysis and damping techniques.

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“…Exceptionally, there is also an oscillation at frequency 47.5 Hz in the IEEE First Benchmark Model. However, this oscillation is usually difficult to be excited due to the interaction of damping . Hence, only the oscillations below 45 Hz are treated in this paper.…”

Section: The Proposed Scheme and Its Implementationmentioning

confidence: 99%

Complex atom transform-based scheme for detection of subsynchronous oscillations

Liu

Lin

Xu³

et al. 2013

Int. Trans. Electr. Energ. Syst.

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Summary A novel scheme based on the complex atom transform (CAT) for detection of subsynchronous oscillations (SSO) is proposed in this paper. SSO components and the fundamental are closely spaced in frequency domain causing the possibility of aliasing. Some conventional SSO detection methods share the problems of low mode resolution and slow dynamic response. The CAT has flexible window in time–frequency domain. By adjusting the window of the CAT, the scheme can achieve high multi‐mode resolution, desirable accuracy and fast dynamic response when analyzing multi‐mode SSO waveforms to facilitate multi‐mode SSO suppression. First step of the scheme is to use the CAT to obtain oscillation frequencies and envelope curves of SSO waveforms. The least squares (LS) method is then deployed to measure initial oscillation amplitude and damping ratio from the envelope curve. The effectiveness and correctness of the proposed scheme are verified with simulations using both an artificially generated signal and the IEEE First Benchmark Model. Compared with the conventional methods, such as the continuous wavelet transform (CWT), the scheme has higher mode resolution, more desirable accuracy and faster dynamic response. In addition, the scheme is simple and the computation burden is low; thus, it is easy to be implemented for online application. Moreover, the CAT‐based scheme can also be used for synchrophasor measurements; hence, the scheme can be integrated into phasor measurement units (PMU), which are installed in generator terminals. Copyright © 2013 John Wiley & Sons, Ltd.

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Fourth supplement to a bibliography for the study of subsynchronous resonance between rotating machines and power systems

Cited by 49 publications

References 55 publications

Review of emerging SSR/SSO issues and their classifications

Review of emerging SSR/SSO issues and their classifications

Review on Oscillatory Stability in Power Grids With Renewable Energy Sources: Monitoring, Analysis, and Control Using Synchrophasor Technology

Complex atom transform-based scheme for detection of subsynchronous oscillations

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