experts at high voltage and high power test laboratories.university professors and researchers in power engineering.experts working for manufacturers of medium and high voltage components and equipment.experienced engineers and asset managers at transmission system operators and distribution system operators (TSOs & DSOs).Tucson, Arizona, United States (Oct 2019)Įach INMR WORLD CONGRESS features about 120 papers and lectures by a select group of international experts who include: Since then, the locations and timing of subsequent events have been as follows: The first INMR WORLD CONGRESS took place in Zurich, Switzerland in November 1995. Establishing suitable administrative and test procedures to verify the quality of equipment and components installed on the grid.Applying the most suitable and effective inspection techniques to test and assess the condition of power cables and their accessories.Improving application & condition monitoring of surge arresters.Optimizing choice of insulation for lines & substations in terms of most suitable insulator technology and design given the pollution environment and other local service conditions.Laboratory testing of components and certification procedures for suppliers are both critical to reducing risk of failures due to low quality products.Īll the above will be the focus of the 2021 INMR WORLD CONGRESS, with about 120 lectures by world-renowned experts who will cover: Ensuring that only quality components and equipment are applied on the grid. Pre-commission testing and condition monitoring of underground power cable systemsĮnsuring safe and reliable operation of medium and high voltage power cables requires proper pre-commissioning testing and periodic condition monitoring using the most effective test technologies.Ĥ. In the case of substations, suitable specification, location and condition assessment are required.ģ. Effective application of surge arresters on lines and at substationsĪrresters to mitigate impact of lightning and other surges must be properly applied with optimized design and installation in the case of overhead lines. Insulation failure is also one of the leading causes of unplanned outages.Ģ. While representing a relatively small proportion of capital outlays on new lines and substations, insulator maintenance often accounts for the majority of life cycle costs. Insulators are among the most critical grid components in determining cost and reliability. Applying optimal insulation design for overhead lines and substations. There are several aspects to this challenge:ġ.
One of the key challenges facing the electricity supply industry is maintaining cost-efficient and reliable power grids.
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