• Title of article

    A practical disturbance generator to test performances of various power quality mitigation devices

  • Author/Authors

    TEKE, Ahmet Cukurova University - Department of Electrical and Electronics Engineering, Turkey , MERAL, Mehmet Emin Yuzuncu Yil University - Department of Electrical and Electronics Engineering, Turkey , TUMAY, Mehmet Cukurova University - Department of Electrical and Electronics Engineering, Turkey , CUMA, Mehmet Ugras Cukurova University - Department of Electrical and Electronics Engineering, Turkey

  • From page
    38
  • To page
    54
  • Abstract
    In this paper, a practical thyristor-based 3-phase sag/swell/outage generator (disturbance generator) is designed to test various power quality mitigation devices (PQMDs), such as solid state transfer switch (SSTS), static voltage compensator (SVC), and uninterruptible power supply. The latest technological disturbance generators (DGs) and the proposed DG are comprehensively discussed and compared with focus on usefulness, economic aspects, and simplicity. The proposed DG is used for experimentally generating different fault conditions and testing a SSTS. The comparisons and analyses show that the proposed DG is an optimum and simple solution to generate sag, swell, unbalance, overvoltage, undervoltage, and outage to test PQMDs.
  • Keywords
    Power quality , disturbance generator , power quality mitigation device , voltage sag , voltage swell , outage
  • Journal title
    Turkish Journal of Electrical Engineering and Computer Sciences
  • Journal title
    Turkish Journal of Electrical Engineering and Computer Sciences
  • Record number

    2532405