A simple model for the calculation of cable temperature, in case of parallel underground cables, will be proposed and validated with test set ups for different cable topologies. The model takes into account the load conditions and also the influencing parameters such as cable type, cable geometry and environmental conditions
In this paper, a flexible numerical framework to provide thermal performance assessment for the unde...
Abstract. This paper presents and discusses the results of the transient heating analysis of single ...
Currently, the use of underground electric cables is a regular feature of present-day power transmis...
A simple model for the calculation of cable temperature, in case of parallel underground cables, wil...
The use of underground power distribution has grown significantly over the years with the rapid incr...
In this paper, steady-state ampacity (current carrying capacity) evaluation of underground power cab...
The result of this assignment is the Model for the Cable Thermal Characteristic Calculation. Firstly...
A 3D thermal model of underground power cable is presented in this paper. A detailed representation ...
A numerical study based on a control-volume formulation of the finite-difference method is performed...
The paper presents a mathematical model of heat transfer in the underground cable system. The comput...
Current carrying capacity of power cable should be determined by the maximum operating temperature w...
Nowadays companies supplying medium/high voltage electric energy, near residential areas, tend to us...
The analysis of the thermal stress of underground MV power cable joints under different environmenta...
Underground cables are an essential part of the urban electricity grid. However, a disadvantage is t...
The electrical cables ampacity mainly depends on the cable system operation temperature. To achieve ...
In this paper, a flexible numerical framework to provide thermal performance assessment for the unde...
Abstract. This paper presents and discusses the results of the transient heating analysis of single ...
Currently, the use of underground electric cables is a regular feature of present-day power transmis...
A simple model for the calculation of cable temperature, in case of parallel underground cables, wil...
The use of underground power distribution has grown significantly over the years with the rapid incr...
In this paper, steady-state ampacity (current carrying capacity) evaluation of underground power cab...
The result of this assignment is the Model for the Cable Thermal Characteristic Calculation. Firstly...
A 3D thermal model of underground power cable is presented in this paper. A detailed representation ...
A numerical study based on a control-volume formulation of the finite-difference method is performed...
The paper presents a mathematical model of heat transfer in the underground cable system. The comput...
Current carrying capacity of power cable should be determined by the maximum operating temperature w...
Nowadays companies supplying medium/high voltage electric energy, near residential areas, tend to us...
The analysis of the thermal stress of underground MV power cable joints under different environmenta...
Underground cables are an essential part of the urban electricity grid. However, a disadvantage is t...
The electrical cables ampacity mainly depends on the cable system operation temperature. To achieve ...
In this paper, a flexible numerical framework to provide thermal performance assessment for the unde...
Abstract. This paper presents and discusses the results of the transient heating analysis of single ...
Currently, the use of underground electric cables is a regular feature of present-day power transmis...
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