Assessment of SSR and Stability Prediction in a Series Capacitive Compensated Wind Energy System

Resources for producing renewable energy are being considered as options to produce electricity without creating pollution. According to statistics, wind energy is the most popular renewable energy source worldwide. Despite increasing the power transfer capacity Series compensation for transmission lines is essential because it improves their ability to switch electricity. Using series compensation is also results in the sub synchronous resonance (SSR) anomaly, during that mechanical and electrical herbal frequencies coincide and alternate, activating the herbal torsional modes of the turbine generating unit so the series compensated line is receptive to the Sub Synchronous Resonance (SSR) anomaly. In addition to the series compensation, sub synchronous phenomena can also be caused by wind generators. In this study, the wind energy conversion benchmark system used to compute the Eigen values for different compensation level to find the stability of the system during SSR. Using the eigenvalues and eigenvectors of the state matrix, the oscillations of the energy machine are described in element. The efficacy of the technique employed enhances the usefulness of transmission. Further, EMTDC/PSCAD software was used for time domain simulation.