Abstract
The increasing penetration of wind power into grid systems made it necessary for the integration of wind farms with series compensated transmission networks to ensure reliable and efficient power flow. In this paper the phenomenon of Sub Synchronous Resonance (SSR) observed in series capacitor compensated Doubly-Fed Induction Generator (DFIG) based wind energy systems has been investigated. The study system based on IEEE First Bench Mark (FBM) model for SSR studies with integrated DFIG wind turbine to grid through series compensated transmission network is simulated in MATLAB and the eigen value analysis is carried out. The various modes of oscillations such as subsynchronous resonance (SSR), supersynchronous resonance (SupSR), electromechanical, shaft and system modes are identified and analysed.
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