Thaim, K.C. (2003) Power System Stability. A Project Submitted for the Degree of Bachelor of Engineering in the Division of Electrical Engineering Department of Information Technology and Electrical Engineering. The University of Queensland, Brisbane.

has been cited by the following article:

• TITLE: Stability Study of a 23 MVA Turbine Generator

  AUTHORS: Godwin Effiong, Priye Kenneth Ainah, Nduka W. Aguiyi

  KEYWORDS: Power System Stability, Turbine Generator, Power System Limit

  JOURNAL NAME: Energy and Power Engineering, Vol.14 No.8, August 12, 2022

  ABSTRACT: Power system stability is a very important issue in power system engineering because a decrease in the stability margins can cause unacceptable operating conditions, which leads to frequent failures. In this paper, SKM POWER TOOLS PTW-32 Version 4.5.2.0 was used to study different Stability recovery tests after a medium voltage short circuit fault on a turbine generator in the power system. The analysis focused on the generator electrical and mechanical powers stability recovery test, generator speed stability recovery test, excitation voltage stability recovery test, bus voltage and bus frequency stability recovery test. In our study, when the introduced fault was cleared after 0.5 s, it reveals that the recovery rate of electrical power was much faster than that of mechanical power. Also, the results reveal that it took about 10 seconds for the turbine speed to stabilize while it took fewer seconds for the frequency to stabilize.