Simulation Design of Transformer Differential Protection Based on Mat Lab

Hong Hua He

doi:10.4028/www.scientific.net/AMR.722.282

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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 722Simulation Design of Transformer Differential...

Simulation Design of Transformer Differential Protection Based on Mat Lab

Abstract:

The microprocessor-relay protection device has gradually replaced regular simulation relay protection it is also difficult to visually determine protection device malfunction or tripping. Therefore, the use of the Mat lab toolbox to build transformer differential protection simulation model, the simulation results show that two-line ratio brake can correctly identify internal fault current, and rapidly remove fault, and the system also can provide convenient for microprocessor transformer protection.

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Periodical:

Advanced Materials Research (Volume 722)

Pages:

282-286

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.722.282

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Online since:

July 2013

Authors:

Hong Hua He

Keywords:

Differential Protection, MATLAB, Simulation, Transformer

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References

[1] Xu. J. N. (2009) Power system microcomputer relay protection Beijing: China water power press 211-215

Google Scholar

[2] Zhang. B. H. (2009) Power system relay protection (Second edition) Beijing: China electric power press 122-125

Google Scholar

[3] Bi D. Q, Wang. X. H, (2009) Analysis of the transformer differential protection current phase compensation method Electric power systems and automation 3(5):1557-1569

Google Scholar

[4] He. Y, X. Y. X, (2010) Simulation analysis of Switching-in transformer no-load switching-in magnetizing inrush current. Journal of electric power 4(4):58-67

Google Scholar

[5] Xu. M. Z, Yang. Z. L, (2009) Analysis of the transformer differential protection CT two circuit disconnection locking. Electric engineering 5(6):957-959

Google Scholar

[6] Treaty M, Mahesh wary R.P, Vera, H.K (2010)Power Transformer Differential Protection Based On Optimal Probabilistic Neural Network .Power Delivery, IEEE Transactions 6(7):1794-1797

DOI: 10.1109/tpwrd.2009.2028800

Google Scholar

[7] Yang. L, Li. D. H. (2009) Research on Differential Protection of Power Transformer Based Wavelet Transform .Intelligent Computation Technology and Automation 7(6):1942-1946

DOI: 10.1109/icicta.2009.491

Google Scholar