Development and verification of a FACTS digital real-time simulator
Yôichi Miyazaki, M. Kimura, Takafumi Karube, Yasuhiro Noro, C. Takahashi, Hideto Kishibe, H. Sato
Abstract
Yôichi Miyazaki, M. Kimura, Takafumi Karube, Yasuhiro Noro, C. Takahashi, Hideto Kishibe, H. Sato
Abstract
A new digital real-time simulator for FACTS (flexible AC transmission systems) has been developed. The MATLAB/SIMULINK, which can realize flexibility of some real-time models, is applied as software for the model construction. This simulator is connectable with some commercial power systems' real-time simulators. This paper describes the modeling of STATCOM and SSSC for the real-time simulator using SIMULINK. The validity of the calculation accuracy of SIMULINK models and the real-time calculation in a 50 /spl mu/s time step is presented. It is confirmed that model calculation accuracy is high by comparison with off-line simulation results using EMTDC.
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A new digital real-time simulator for FACTS (flexible AC transmission systems) has been developed. The MATLAB/SIMULINK, which can realize flexibility of some real-time models, is applied as software for the model construction. This simulator is connectable with some commercial power systems' real-time simulators. This paper describes the modeling of STATCOM and SSSC for the real-time simulator using SIMULINK. The validity of the calculation accuracy of SIMULINK models and the real-time calculation in a 50 /spl mu/s time step is presented. It is confirmed that model calculation accuracy is high by comparison with off-line simulation results using EMTDC.
Key concepts: Computer science, Computer architecture simulator, Simulation, Real-time simulation, MATLAB, Flexibility (engineering), Software, Real Time Digital Simulator