Waluyo  , Gregorius  Grady Krisshandy, Nandang  Taryana, 
    Investigation of Parameters on Small Signal Stability of 206.1 MVA Generators,
    Journal of Engineering and Applied Sciences,
    Volume 14,Issue 20,
    2019,
    Pages 7457-7465,
    ISSN 1816-949x,
    jeasci.2019.7457.7465,
    (https://makhillpublications.co/view-article.php?doi=jeasci.2019.7457.7465)
    Abstract: This research was investigation on small signal stability on two generators. The analyses were based
on the single machine infinite bus with the increasing load as 25% of 175 MW and 85 MVAR. It was yielded
the damping ratios, oscillating frequencies and stability conditions. Furthermore, it could be calculated the
system synchronizing and damping constants. The results for the active and reactive powers and for the
terminal and bus voltages in both generators were the same as the oscillating in 8-9.3 sec. The chosen data for
the computations were at the time before the increasing load in 7.8 sec with every sampling oscillation
as 0.05 sec. The results were the system in asymptote stables with the 0.0043-0.0044 damping ratios,
1.2108-1.2132 Hz for oscillating frequencies, around 1.47 pu torque for synchronizing constant and 0.50 pu
torque per changing speed for the damping constant
    Keywords: Asymptote stable;damping constant;damping ratio;synchronizing constant;small signal
stability;oscillation