This work is focused on the study of Multicon- ductor Transmission Lines (MTL) with uncer- tain parameters; i.e. the values of r, l, c and g can vary in an interval. The wavelet expansion in time domain is used in order to obtain an ac- curate and low cost representation of the line in terms of an algebraic system. The wavelet rep- resentation applied to the study of MTL with variation of the electrical parameters allow us to easily calculate a set of equivalent distributed generators, which represent the effects of the dis- turbance produced by the parameter variation. This analysis allows us to directly evaluate the response bounds related to the parameters un- certainties without performing repeated simula- tions (Montecarlo Method)
Response Bounds Analysis for Transmission Lines Characterized by Uncertain Parameters
BARMADA, SAMI;MUSOLINO, ANTONINO;RAUGI, MARCO
2005-01-01
Abstract
This work is focused on the study of Multicon- ductor Transmission Lines (MTL) with uncer- tain parameters; i.e. the values of r, l, c and g can vary in an interval. The wavelet expansion in time domain is used in order to obtain an ac- curate and low cost representation of the line in terms of an algebraic system. The wavelet rep- resentation applied to the study of MTL with variation of the electrical parameters allow us to easily calculate a set of equivalent distributed generators, which represent the effects of the dis- turbance produced by the parameter variation. This analysis allows us to directly evaluate the response bounds related to the parameters un- certainties without performing repeated simula- tions (Montecarlo Method)I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
