Oscillation

Data-Driven Low Frequency Oscillation Mode Identification and Preventive Control Strategy Based on Gradient Descent

Accurate mode identification and effective preventive control strategy of low frequency oscillation (LFO) are vital to improve the small signal stability of power system. This paper proposes a novel data-driven method based on Convolutional Neural …

Using Transfer Learning to Distinguish between Natural and Forced Oscillations

In power systems, there are two different types of oscillation mechanisms–natural and forced oscillations. Natural oscillations are caused by system disturbance when the damping of the system is not sufficient. Forced oscillations are typically …