Developing a reliable online condition monitoring prognostic indicator tool for MV cables is of great importance as it can predict and prevent upcoming failures of the distribution cable circuits. This paper introduces a thermal prognostic model for MV underground cable terminations based on a support vector regression algorithm. The model is shown to predict the likely temperature along the cable thirty minutes into the future and is able to rapidly identify temperature anomalies which may indicate upcoming failures
To protect cable insulation, a temperature limit needs to be imposed on cables during operation. Si...
Knowledge of cable parameters has been well established but a better knowledge of the environment in...
Power cables are critical assets for the reliable and cost-effective operation of nuclear power plan...
Large-scale investment in transmission and distribution power networks is planned over the next deca...
Electricity utilities are being forced to maximise the use of their major assets while maintaining o...
Many power transmission systems are under pressure from increasing load demand as well as changes in...
Power cables are critical assets for the safe and cost effective operation of the power grid. Howeve...
The aim of this paper is to present a novel phasor measurement unit (PMU) data-based cable temperatu...
The online Remaining Useful Life (RUL) estimation of underground cables and their reliability analys...
Underground power cables have traditionally been rated on the basis of worst case analysis. Although...
The online RUL estimation of underground cables and their reliability analysis requires obtaining th...
Existing thermal modelling and monitoring solutions cannot predict, detect and prevent hot spots cau...
The joint is the weakest link in three-core medium-voltage power cable systems and the temperature i...
As transmission grids worldwide adapt to changes in both generation and demand, increasing emphasis ...
This paper describes a new approach to establish the probabilistic cable rating based on cable therm...
To protect cable insulation, a temperature limit needs to be imposed on cables during operation. Si...
Knowledge of cable parameters has been well established but a better knowledge of the environment in...
Power cables are critical assets for the reliable and cost-effective operation of nuclear power plan...
Large-scale investment in transmission and distribution power networks is planned over the next deca...
Electricity utilities are being forced to maximise the use of their major assets while maintaining o...
Many power transmission systems are under pressure from increasing load demand as well as changes in...
Power cables are critical assets for the safe and cost effective operation of the power grid. Howeve...
The aim of this paper is to present a novel phasor measurement unit (PMU) data-based cable temperatu...
The online Remaining Useful Life (RUL) estimation of underground cables and their reliability analys...
Underground power cables have traditionally been rated on the basis of worst case analysis. Although...
The online RUL estimation of underground cables and their reliability analysis requires obtaining th...
Existing thermal modelling and monitoring solutions cannot predict, detect and prevent hot spots cau...
The joint is the weakest link in three-core medium-voltage power cable systems and the temperature i...
As transmission grids worldwide adapt to changes in both generation and demand, increasing emphasis ...
This paper describes a new approach to establish the probabilistic cable rating based on cable therm...
To protect cable insulation, a temperature limit needs to be imposed on cables during operation. Si...
Knowledge of cable parameters has been well established but a better knowledge of the environment in...
Power cables are critical assets for the reliable and cost-effective operation of nuclear power plan...