The balance of supply and demand is one of the oldest approaches for power systems, which is considered a very complicated system (frequency control). Power system frequency response is an excellent indicator of multi-disturbance resilience. In this study, the fuzzy logic was scaled using PSO segmentation (SePSO), which is recommended for achieving high frequency stability. PSO has engaged in multisegments for computing scald-fuzzy membership using fundamental criteria. Two identical interconnected power zones were chosen to test the unique scaled fuzzy technique. The efficiency of the controller responsiveness has been tested using the MATLAB Simulink time response. In various time schedules and disturbance levels, the investigation's findings reveal that the suggested SePSO optimization for control is significantly faster and has a lower undershot than classical controllers. Because of its simplicity, traditional controllers have been employed in a variety of power system operation and control subjects.
Author(s) Details:
Balasim M. Hussein,
Department of Power and Electrical Machines, College of Engineering,
University of Diyala, Iraq.
Please see
the link here: https://stm.bookpi.org/NPER-V7/article/view/5906
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