Comparison of ATP simulation and micro‐processor based fault location using DFT

Article English OPEN
Nouri, H. ; Jalili, F. ; Boxshall, T. ; Power Systems, Electronics & Control Research Lab (2015)
  • Publisher: Science and Engineering Publishing Company
  • Related identifiers: doi: 10.14355/eer.2015.03.001
  • Subject:
    arxiv: Computer Science::Hardware Architecture | Computer Science::Distributed, Parallel, and Cluster Computing | Computer Science::Operating Systems
    acm: Hardware_PERFORMANCEANDRELIABILITY

This paper evaluates the results of a microprocessor based fault locator employed on a laboratory power system model with those obtained within EMTP/ATP simulations. The Discrete Fourier Transform concept is used to extract the fundamental frequency components of the voltage and current waveforms under fault and the reactance based method to locate the fault. The results suggest a close correlation between the experimental and simulation studies for all fault types.
  • References (1)

    [7]. H.  Nouri  and  C.  Wang,  “A  Fast  Fault  Classification  Technique  for  Power  Systems”,  International  Journal  of  Advanced 

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