The rated current of any power cable is severely affected by its capability to dissipate lost power into its surroundings. The cable may be directly buried in soil. In this case it may easily dissipate the heat into the soil. However, in some specific areas the cables are due to be installed in pipes which deteriorates the heat transfer from the cable into the surroundings. Some additional losses may also appear when metallic pipes are used. The aforementioned cases are studied in this paper and an approach to the estimation of the permissible current of a cable in each condition is proposed. Finally, the results are compared to that of an existing commercial software provided by ETSA (Electric Trust of South Australia) and the possi...
The paper deals with the important challenges in terms of electricity transmission by means of under...
The capacity of electrical cables buried in the same cross section depends on the capacity to dispo...
The modelling of the heat conduction in electrical cables is a complex mathematical problem. To get ...
For engineering education students, solution of an electric-thermal multiphysics problem by using CO...
In order to increase the available current carrying capacity of high voltage cables, utilities may e...
This thesis presents a combined numerical and experimental study of the heat transfer modes that tak...
Current carrying capacity of power cable should be determined by the maximum operating temperature w...
To increase the rating of a high-voltage cable circuit the cable group can be externally forced cool...
The present study analyses heat modes of high voltage cable lines typical for laying in the area of ...
Currently, the use of underground electric cables is a regular feature of present-day power transmis...
The use of underground power distribution has grown significantly over the years with the rapid incr...
Currently, the use of underground electric cables is a regular feature of present-day power transmis...
Pipe cable is considered as an important form for underground transmission line. The maximum electri...
This paper addresses challenges with modeling of heat transfer phenomenon for cables in duct or pipe...
The capacity of electrical cables buried in the same cross section depends on the capacity to dispo...
The paper deals with the important challenges in terms of electricity transmission by means of under...
The capacity of electrical cables buried in the same cross section depends on the capacity to dispo...
The modelling of the heat conduction in electrical cables is a complex mathematical problem. To get ...
For engineering education students, solution of an electric-thermal multiphysics problem by using CO...
In order to increase the available current carrying capacity of high voltage cables, utilities may e...
This thesis presents a combined numerical and experimental study of the heat transfer modes that tak...
Current carrying capacity of power cable should be determined by the maximum operating temperature w...
To increase the rating of a high-voltage cable circuit the cable group can be externally forced cool...
The present study analyses heat modes of high voltage cable lines typical for laying in the area of ...
Currently, the use of underground electric cables is a regular feature of present-day power transmis...
The use of underground power distribution has grown significantly over the years with the rapid incr...
Currently, the use of underground electric cables is a regular feature of present-day power transmis...
Pipe cable is considered as an important form for underground transmission line. The maximum electri...
This paper addresses challenges with modeling of heat transfer phenomenon for cables in duct or pipe...
The capacity of electrical cables buried in the same cross section depends on the capacity to dispo...
The paper deals with the important challenges in terms of electricity transmission by means of under...
The capacity of electrical cables buried in the same cross section depends on the capacity to dispo...
The modelling of the heat conduction in electrical cables is a complex mathematical problem. To get ...