Power cables are an important carrier for the transmission of electrical energy in power
systems. For the safe operation of power systems, online monitoring and evaluation of the …

This article updates previous reviews of life and reliability models for high-voltage direct-
current (HVDC) cables. The update is motivated by the impressive research and …

There are a large number of concentrated cable lines in the underground exhaust pipe, and
it is difficult to dissipate the heat, which results in the high operation temperature of cable …

The study of failure behavior of a diverse population of cables is challenging. Previous
attempts have failed to capture the complexity of cable system failures due to an …

In this contribution, analysis of usefulness of selected parameters of a distributed information
system, for early detection of anomalies in its operation, is considered. Use of statistical …

This paper presents a probabilistic dynamic programming algorithm to obtain the optimal
cost-effective maintenance policy for a power cable. The algorithm determines the states …

Many developed countries are facing a fundamental shift in the way electricity is generated
and in the way electricity is consumed. The current T&D network which was originally built …

Aging may increase the number of failures that underground power distribution cables
undergo. Recent works have investigated this problem and proposed repairable failure …

Power system components age over time, due to thermal, electrical, mechanical, and
chemical stresses. Ageing components tend to fail more frequently, increasing the risk of …

The physics-based electro-thermal ageing model has been widely used for analysis of cable
failures and for evaluation of insulation status for single cable circuits. However, previously …