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• W64808545 abstract "The energy programme of the Research Councils UK is funding a programme of work (EPSRC HubNet grant number EP/I013636/1) to coordinate research in energy networks. Among its range of activities is the requirement to develop the future research agenda in subject areas that are of significance to energy networks. This is achieved through the development of ‘position papers’ that identify future research needs and attempt to ‘roadmap’ the subsequent development of any emergent technology to the point where it can be demonstrated on networks. One area under consideration is on-line condition monitoring and this paper represents a short summary of progress in the preparation of a position paper that reflects the best practice in both academia and industry. In doing so, the paper identifies where there is clear need for additional research. At the time of writing the authors have completed an extensive review of current practice within electricity networks worldwide and based on subsequent analysis are in the process of preparing to gather the opinions of asset managers from within the power industry. Although there is already a lot of existing research activity in the area of on-line condition monitoring, there is evidence of a disconnect between cutting edge research and industrial practice, for example, some reported approaches do not scale for use in the field. There are significant differences between data created under laboratory conditions and field data, consequently, methodologies that are reliable under ideal laboratory conditions are not applicable in a real-world setting where assets experience multi-factor stressing. It is a central aim of the team working on this position paper to ensure that in setting a future roadmap for research that the resulting activity and related outputs will ultimately have significant impact on our transmission and distribution networks. Existing (ageing) network infrastructure faces a highly challenging future, which in terms of its history is unprecedented. It is not just a question of the influence of external factors such as the possibility of more extreme or changeable weather conditions due to climate change or that there will be changes in customer requirements and demand, e.g. from future widespread adoption of electric vehicles. Also changes due to increased HVDC interconnection with the potential development of panEuropean supergrids, changes in generation mix, the development of smart-grid technologies and environmental considerations will have impact on operation of the networks which in turn may lead to accelerated aging/degradation of assets approaching (or past) their original design life. Thus there is a clear need to develop tools that will provide more than just a diagnostic capability once a developing problem has been identified. Ideally, we need to consider the future development of prognostic capabilities with the aim of providing enough information for the network operator to make timely and cost effective decisions whilst ensuring operational security of supply. This in turn implies that future on-line technologies need to be researched and developed and in all respects this represents a significant challenge. However, before setting the future agenda it is important to assess the current state of the art and this paper summarises the initial findings of the authors in terms of specific transmission and distribution assets, before briefly discussing some of the areas that have been identified for future research and development." @default.
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• W64808545 date "2013-05-29" @default.
• W64808545 modified "2023-09-26" @default.
• W64808545 title "The State of the Art of Condition Monitoring: Where do we go from here?" @default.
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