IEEE TEST GRID AND METHODS OF REAL-TIME SIMULATION
DOI:
https://doi.org/10.24867/23BE13VracaricKeywords:
Real time simulations, IEEE test grids, IEEE 34-bus, Modeling and calculationAbstract
The paper discusses multi-time analyzes of power systems, focusing on long-term planning, short-term (operational) planning, operational status and control, as well as the classification of power systems. Then modern test networks, their disadvantages and advantages. The next segment of the modern method of real-time simulation. The last part is a detailed description of the IEEE 34 test network, as well as the creation of a simulation model in the Matlab (Simulink) programming environment of the said test network. This part also involves testing the simulation model and confirming that it faithfully represents the real network.
References
[1] S. Peyghami, P. Davari, M. Fotuhi-Firuzabad, and F. Blaabjerg, „Standard Test Systems for Modern Power System Analysis”, IEEE Industrial Electronics Magazine, Vol.13, No.4, Dec. 2019, pp.86-105.
[2] T. Strasser, „Real-Time Simulation Technologies for Power Systems Design, Testing, and Analysis”, IEEE Power and Energy Technology Systems Journal, Vol.2, No.2, June 2015, pp.63-73.
[3] A.M. Stanisavljević , V.A. Katić, B.P. Dumnić, B.P. Popadić, „A Brief Overview of the Distribution Test Grids with a Distributed Generation Inclusion Case Study“, Serbian Journal of Electrical Engineering, Vol.15, No.1, Feb.2018, pp. 115 – 129.
[4] IEEE PES, „IEEE 34 Node Test Feeder”, 2004
[5] D. Stojišić, V.A. Katić, A.M. Stanisavljević, „Modelovanje i analiza kvaliteta napona u realnoj i test mreži”, Zbornik radova FTN, Vol. 37, No.11, 2022, pp.1934-1937.
[6] N. Lučić, V.A. Katić, A.M. Stanisavljević, “Simulacija propada napona u distributivnoj test mreži sa obnovljivim izvorom energije”, Zbornik radova FTN, Vol. 37, No.2, 2022, pp.262-265.
[7] V. Vidačić, V.A. Katić, “Uticaj obnovljivih izvora energije na propade napona u distributivnim mrežama”, Zbornik radova FTN, Vol. 36, No.7, 2021, pp.1287-1290.
[8] J. Toholj, V.A. Katić, A.M. Stanisavljević, „Modelovanje i analiza uticaja propada napona primjenom test mreža sa distribuiranim generatorima”, Zbornik radova FTN, Vol.36, No.1, 2021, pp.123-126.
[2] T. Strasser, „Real-Time Simulation Technologies for Power Systems Design, Testing, and Analysis”, IEEE Power and Energy Technology Systems Journal, Vol.2, No.2, June 2015, pp.63-73.
[3] A.M. Stanisavljević , V.A. Katić, B.P. Dumnić, B.P. Popadić, „A Brief Overview of the Distribution Test Grids with a Distributed Generation Inclusion Case Study“, Serbian Journal of Electrical Engineering, Vol.15, No.1, Feb.2018, pp. 115 – 129.
[4] IEEE PES, „IEEE 34 Node Test Feeder”, 2004
[5] D. Stojišić, V.A. Katić, A.M. Stanisavljević, „Modelovanje i analiza kvaliteta napona u realnoj i test mreži”, Zbornik radova FTN, Vol. 37, No.11, 2022, pp.1934-1937.
[6] N. Lučić, V.A. Katić, A.M. Stanisavljević, “Simulacija propada napona u distributivnoj test mreži sa obnovljivim izvorom energije”, Zbornik radova FTN, Vol. 37, No.2, 2022, pp.262-265.
[7] V. Vidačić, V.A. Katić, “Uticaj obnovljivih izvora energije na propade napona u distributivnim mrežama”, Zbornik radova FTN, Vol. 36, No.7, 2021, pp.1287-1290.
[8] J. Toholj, V.A. Katić, A.M. Stanisavljević, „Modelovanje i analiza uticaja propada napona primjenom test mreža sa distribuiranim generatorima”, Zbornik radova FTN, Vol.36, No.1, 2021, pp.123-126.
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Published
2023-07-07
Issue
Section
Electrotechnical and Computer Engineering
