The paper presents a fault location procedure for distribution networks based on the wavelet analysis of the fault-generated traveling waves. In particular, the proposed procedure implements the continuous wavelet analysis applied to the voltage waveforms recorded during the fault in correspondence of a network bus. In order to improve the wavelet analysis, an algorithm is proposed to build specific mother wavelets inferred from the fault-originated transient waveforms. The performance of the proposed algorithm are analyzed for the case of the IEEE 34-bus test distribution network and compared with those achieved by using the more traditional Morlet mother wavelet
The first aim of the paper is the characterization of fault-originated transients in power distribut...
The first aim of the paper is the characterization of fault-originated transients in power distribut...
The first aim of the paper is the characterization of fault-originated transients in power distribut...
The paper presents a fault location procedure for distribution networks based on the wavelet analysi...
none5The paper presents a fault location algorithm for distribution networks based on wavelet analys...
none5The paper presents a fault location algorithm for distribution networks based on wavelet analys...
none5The paper presents a fault location algorithm for distribution networks based on wavelet analys...
Abstract – The paper illustrates a procedure, based on the continuous-wavelet transform, for the ana...
The paper illustrates a procedure based on the continuous-wavelet transform for the analysis of volt...
Abstract – The paper illustrates a procedure, based on the continuous-wavelet transform, for the ana...
The paper illustrates a procedure based on the continuous-wavelet transform for the analysis of vol...
The paper illustrates a procedure based on the continuous-wavelet transform (CWT) for the analysis o...
The paper illustrates a procedure based on the continuous-wavelet transform (CWT) for the analysis o...
The paper illustrates a procedure based on the continuous-wavelet transform for the analysis of vol...
none6The paper illustrates a procedure based on the continuous-wavelet transform (CWT) for the analy...
The first aim of the paper is the characterization of fault-originated transients in power distribut...
The first aim of the paper is the characterization of fault-originated transients in power distribut...
The first aim of the paper is the characterization of fault-originated transients in power distribut...
The paper presents a fault location procedure for distribution networks based on the wavelet analysi...
none5The paper presents a fault location algorithm for distribution networks based on wavelet analys...
none5The paper presents a fault location algorithm for distribution networks based on wavelet analys...
none5The paper presents a fault location algorithm for distribution networks based on wavelet analys...
Abstract – The paper illustrates a procedure, based on the continuous-wavelet transform, for the ana...
The paper illustrates a procedure based on the continuous-wavelet transform for the analysis of volt...
Abstract – The paper illustrates a procedure, based on the continuous-wavelet transform, for the ana...
The paper illustrates a procedure based on the continuous-wavelet transform for the analysis of vol...
The paper illustrates a procedure based on the continuous-wavelet transform (CWT) for the analysis o...
The paper illustrates a procedure based on the continuous-wavelet transform (CWT) for the analysis o...
The paper illustrates a procedure based on the continuous-wavelet transform for the analysis of vol...
none6The paper illustrates a procedure based on the continuous-wavelet transform (CWT) for the analy...
The first aim of the paper is the characterization of fault-originated transients in power distribut...
The first aim of the paper is the characterization of fault-originated transients in power distribut...
The first aim of the paper is the characterization of fault-originated transients in power distribut...