DIFFERENTIAL RELAYING SCHEME FOR TAPPED TRANSMISSION LINE CONNECTING UPFC AND WIND FARM
This design presents a differential relaying scheme for a tapped transmission line in presence of Unified Power Flow Controller (UPFC) and wind-farm together. The process starts at retrieving the fault current signal at the respective busses connecting the lines involving fault and pre-processing it using a multi-resolution based Wavelet transform to derive third level approximate coefficients (CA3). Further, the Discrete Fourier Transform (DFT) is used to compute the RMS value of the signal from the reconstructed signals expressed in terms of wavelet approximate coefficients. Once the RMS value of the signal is estimated the operating (tripping) and restraining signals are computed for fault detection and classification in transmission lines including UPFC and wind-farm. The design has been extensively tested on various faulted conditions with wide variations in operating parameters and simulation results are shown in the video demo.
Reference Paper: Differential relaying scheme for tapped transmission line connecting UPFC and wind farm
Author’s Name: L.N. Tripathy, Manas Kumar Jena, and S.R. Samantaray
Source: Elsevier-Electrical Power and Energy Systems
Year:2014
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SIMULATION VIDEO DEMO
