The effects of solar irradiation, wind and moisture on the thermal aging of underground
power cables in electricity distribution networks cannot be included in the traditional …

Underground power cable systems (UPCSs) are generally buried close to the ground
surface, exposing them to significant influences from ambient air and ground temperatures …

In this contribution, the three‐phase underground cable is modelled using COMSOL
Multiphysics software to evaluate the steady state and transient thermal performances. Finite …

It is well-known that a Hydronic Asphalt Pavement (HAP) system represents an alternative
method to collect heat from the Sun. In case of installation above underground power cables …

Compared with other underground cables, low voltage cables are most intensely heated by
the sun due to the low laying depth. Accordingly, the main purpose of this paper is to show …

The main purpose of this study is to show how the emissivity and absorptivity of a pavement
surface above underground cables affect their ampacity. The use of cool pavements whose …

It is well known that hot spots limit the ampacities of underground power cables. There are
many commonly applied methods to control the thermal environment in hot spots of …

It is well-known that, in thermal aging management of underground power cables, analytical
Arrhenius models can include the thermal effect of a heating pipeline on the lifespan of …

This article addresses challenges in the design of underground high-voltage transmission
lines, focusing on thermal management and cable ampacity determination. It introduces an …

This study takes into consideration a problem that commonly occurs at the design stage of
underground cable lines and that relates to the manner of determining the optimal values for …