This topic is focused on strategies for, and planning of power system maintenance, including aspects such as Reliability Centered Maintenance and component life-time modeling and diagnostics, as well as support tools such as information systems.
By creating models of the end-to-end flow of information, this small project studies the use of mobile support for maintenance staff from a benefit perspective including.
The aim of the project is to create models and evaluation methods for assessing the added benefit of a information system componentes to maintenance processes.
The goal for this project is to further develop the reliability-centred asset management method RCAM. The project includes both reliability and cost considerations, and is focused on the introduction of maintenance planning methods.
The main goal of this research is the study, development and computer implementation of techniques and methods suitable for the assessment of reliability of complex power systems.
The objective of this project is to develop a quantitative probabilistic model, based on both failure statistics and measurements, for the life time of a transformer component.
The aim of this project is to develop criteria of machine stator-insulation degradation based on a comparison of electrical measurements like dielectric spectroscopy, variable frequency partial discharge analysis, surface conductivity analysis and physics
The project increased the understanding of measurements of partial discharges at variable frequency (VF-PRPDA) and the relation between the measured quantities and the physical properties of the electrical insulation.
