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Time-domain simulation for transient stability analysis

Time-domain simulation for transient stability analysis

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Advances in Power System Modelling, Control and Stability Analysis — Recommend this title to your library

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It has been widely recognized that time-domain simulation is the most accurate method to describe power system transient behaviour since it can represent 'as they are' controls, non-linearities, saturation, strong dissipative effects and the 'silent sentinels', i.e., the protection system. To counterbalance this interesting feature of the approach, there is the formidable computational burden associated to the simulation of real systems when real-time framework is required for dynamic security assessment, control, etc. However, the structure of the problem presents some interesting characteristics which allowed the use of parallel/distributed computing. This chapter synthesizes the results obtained by the authors in this field.

Chapter Contents:

  • 15.1 Introduction
  • 15.2 Time-domain simulations and transient stability
  • 15.3 Transient stability and high-performance computing
  • 15.4 A new class of algorithms: from step-by-step solutions to parallel-in-time computations
  • 15.5 Performances in parallel-in-time computations
  • 15.6 Conclusions
  • Bibliography

Inspec keywords: power system protection; time-domain analysis; power system transient stability; power system security

Other keywords: strong dissipative effects; power system transient behaviour; time-domain simulation; protection system; dynamic security assessment; distributed computing; formidable computational burden; transient stability analysis; real-time framework; parallel computing

Subjects: Mathematical analysis; Control of electric power systems; Power system protection; Power system control; Stability in control theory; Mathematical analysis

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