Description Simulation of the transient stability problem, which is the assessment of the short term (several to 30 seconds) angular and voltage stability of the power system following a disturbance, is of vital importance. For some portions of the North American power grids, such as the Western Electric Coordinating Council (WECC), transient stability has always been an important consideration...

Transient stability assessment (TSA) has always been a fundamental and challenging problem for ensuring the security operation of power systems. With more electronic interface resources integrated into grid large renewable energies, system is jeopardized. Therefore, TSA should be considered in advance to keep running stable. In recent years, with development artificial intelligence (AI) technol...

This study proposes a deep transfer learning method using convolutional neural network pre-trained with ImageNet for transient stability assessment. The procedure of learning, incorporating the role and considerations assessment system, is suggested. system learns relationship between severity disturbances in power through proposed training method. disturbance based on physical causal angle to ...

The neutron density is one of the most important dynamical parameters in a reactor. It is directly related to the control and stability of the reactor power. Any change in applied reactivity and some of dynamical parameters in the reactor causes a change in the neutron density. Lyapunov exponent method is a powerful tool for investigating the range of stability and the transient behavior of the...