The paper introduces a methodology that through a probabilistic characterisation of load for MV network, and implementing a life model for combined electric and thermal stresses, simulates the process of ageing of the insulating materials evaluating the expected life time of the cable. Such evaluation is necessary to the possibility of assuming less restrictive thermal overloading limits on electrical cables, with the consequential increase on reserve that cables could offer. A numerical example is reported to better explain the methodolog
none1noIn this paper, a new procedure is presented for life estimation of HVDC cables subjected to t...
Large-scale investment in transmission and distribution power networks is planned over the next deca...
none3noTransients and repetitive transients affect cable insulation life in a way, which is not easi...
The paper introduces a methodology that through a probabilistic characterisation of load for MV netw...
none1noThe paper proposes a procedure for life estimation of high voltage ac cables in real operatin...
In this paper the combined electro-thermal life model for the insulation of power cables is extended...
Ageing models have been developed to predict the lifetime of polymeric insulation subject to electro...
In the paper, a procedure for power cable life estimation in the presence of load cycles, accounting...
In this paper, a procedure is presented for the life estimation of high-voltage cables subjected to...
In previous papers the authors have combined the electro-thermal Inverse Power Model-Arrhenius life ...
In the paper, the effects of the combination of electro-thermal stress, load cycles and thermal tran...
An optimized system management of a power system must take care of the actual operational and energe...
Thesis (M.S.)--Wichita State University, College of Engineering, Dept. of Electrical and Computer En...
Abstract. Preference is given to cable lines with cross-linked polyethylene insulation in electrica...
A comparison between the ANSI/IEEE and the CENELEC/IEC approach to overload protection of electric ...
none1noIn this paper, a new procedure is presented for life estimation of HVDC cables subjected to t...
Large-scale investment in transmission and distribution power networks is planned over the next deca...
none3noTransients and repetitive transients affect cable insulation life in a way, which is not easi...
The paper introduces a methodology that through a probabilistic characterisation of load for MV netw...
none1noThe paper proposes a procedure for life estimation of high voltage ac cables in real operatin...
In this paper the combined electro-thermal life model for the insulation of power cables is extended...
Ageing models have been developed to predict the lifetime of polymeric insulation subject to electro...
In the paper, a procedure for power cable life estimation in the presence of load cycles, accounting...
In this paper, a procedure is presented for the life estimation of high-voltage cables subjected to...
In previous papers the authors have combined the electro-thermal Inverse Power Model-Arrhenius life ...
In the paper, the effects of the combination of electro-thermal stress, load cycles and thermal tran...
An optimized system management of a power system must take care of the actual operational and energe...
Thesis (M.S.)--Wichita State University, College of Engineering, Dept. of Electrical and Computer En...
Abstract. Preference is given to cable lines with cross-linked polyethylene insulation in electrica...
A comparison between the ANSI/IEEE and the CENELEC/IEC approach to overload protection of electric ...
none1noIn this paper, a new procedure is presented for life estimation of HVDC cables subjected to t...
Large-scale investment in transmission and distribution power networks is planned over the next deca...
none3noTransients and repetitive transients affect cable insulation life in a way, which is not easi...