none2noThe electric field in the insulation wall of HVDC cables depends on the volume electrical resistivity of cable insulation. As a consequence, the DC field profiles are affected by the experimentally-based relationships that are used for expressing the dependence of electrical resistivity on temperature and electric field. In this paper, the way these relationships affect the field profiles in HVDC cable insulation is investigated from the analytical viewpoint first. Then, for the sake of illustration, calculations are made for Poly-Propylene Laminated Paper (PPLP) insulation so as to evaluate how a particular experimental expression of the electrical resistivity of PPLP affects the DC field profiles within the PPLP insulation of an HV...
Innovative cable designs have recently achieved high rated temperatures. Cable environment propertie...
Electrical conductivity of HVDC cable insulation materials is important for its function. It is very...
HVDC cables play an important role in a growing number of HVDC links. For almost all of these cables...
This paper aims at a deeper insight into analytical relationships between experimental expressions o...
The electrical conduction in insulating materials is a complex process and several theories have bee...
The calculation of an electric field distribution provides the basis for the structural design of th...
HVDC cables start playing a more and more important role in interconnecting national grids. This pap...
In direct current (dc) power cable the electric field is affected by conductivity of the material, w...
Space charge accumulation in cable insulation is one of the major technical problems in the further ...
International audienceWith the move to DC technologies for power transmission, the computation of th...
Space charge is a major issue that hinders the development of HVDC polymeric cables. On the other ha...
Distribution of electric field across the insulation of high voltage direct current (HVDC) is affect...
This paper presents a comparison of different models used for calculations of electric field distrib...
Detailed knowledge of the electric field in the insulation of mass-impregnated HVDC cables is import...
In this paper the traditional enlargement law for AC cables − based on the so-called “volume ...
Innovative cable designs have recently achieved high rated temperatures. Cable environment propertie...
Electrical conductivity of HVDC cable insulation materials is important for its function. It is very...
HVDC cables play an important role in a growing number of HVDC links. For almost all of these cables...
This paper aims at a deeper insight into analytical relationships between experimental expressions o...
The electrical conduction in insulating materials is a complex process and several theories have bee...
The calculation of an electric field distribution provides the basis for the structural design of th...
HVDC cables start playing a more and more important role in interconnecting national grids. This pap...
In direct current (dc) power cable the electric field is affected by conductivity of the material, w...
Space charge accumulation in cable insulation is one of the major technical problems in the further ...
International audienceWith the move to DC technologies for power transmission, the computation of th...
Space charge is a major issue that hinders the development of HVDC polymeric cables. On the other ha...
Distribution of electric field across the insulation of high voltage direct current (HVDC) is affect...
This paper presents a comparison of different models used for calculations of electric field distrib...
Detailed knowledge of the electric field in the insulation of mass-impregnated HVDC cables is import...
In this paper the traditional enlargement law for AC cables − based on the so-called “volume ...
Innovative cable designs have recently achieved high rated temperatures. Cable environment propertie...
Electrical conductivity of HVDC cable insulation materials is important for its function. It is very...
HVDC cables play an important role in a growing number of HVDC links. For almost all of these cables...