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Definition and Classification of Power System Stability – Revisited & Extended

IEEE Transactions on Power Systems · 2020 · Vol. 36(4) · pp. 3271–3281
Nikos HatziargyriouJovica V. MilanovićClaudia RahmannVenkataramana AjjarapuClaudio A. CañizaresI. ErlichDavid J. HillIan A. HiskensInnocent KamwaBikash C. PalPouyan PourbeikJ.J. Sanchez-GascaA.M. StankovićThierry Van CutsemVijay VittalCostas Vournas

Abstract

Since the publication of the original paper on power system stability definitions in 2004, the dynamic behavior of power systems has gradually changed due to the increasing penetration of converter interfaced generation technologies, loads, and transmission devices. In recognition of this change, a Task Force was established in 2016 to re-examine and extend, where appropriate, the classic definitions and classifications of the basic stability terms to incorporate the effects of fast-response power electronic devices. This paper based on an IEEE PES report summarizes the major results of the work of the Task Force and presents extended definitions and classification of power system stability.

Microgrid Control and OptimizationPower System Optimization and StabilityHVDC Systems and Fault ProtectionElectric power systemStability (learning theory)Computer scienceTask (project management)Power transmissionPower (physics)Control engineeringPower electronicsWork (physics)Control theory (sociology)

Funding

  • Engineering and Physical Sciences Research Council
Citations
1,028
FWCI
65.91
field-weighted impact
References
92
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100%
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Citations per year
References
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IEEE Transactions on Power Electronics · 2014 · 762 citations
Wind Turbines Emulating Inertia and Supporting Primary Frequency Control
IEEE Transactions on Power Systems · 2006 · 1,236 citations
Frequency Control and Wind Turbine Technologies
IEEE Transactions on Power Systems · 2005 · 700 citations
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