The improved features of AC/DC converters, the need to enhance cross-country
interconnections, the will to make massive remote renewable energy sources available, and …

Applications of polymeric materials in electrical engineering increasingly require
improvements in operating voltages, performance, reliability, and size reduction. However …

Accessories such as joints and terminations represent weak points in HVDC cable systems.
The DC field distribution is intimately dependent on the thermal conditions of the accessory …

Power cables are one of the key components of fast-growing HVDC transmission systems.
The long-term reliability of HVDC cables is closely related to the occurrence of partial …

The insulation of high voltage power cables is aged due to the impact of water treeing. The
voids created due to water treeing can be filled with the injection of nanofluids and restore …

With the move to DC technologies for power transmission, the computation of the field
distribution in insulations has become a tricky task as the materials response is less well …

In this study, the design and implementation of a new cable test system were carried out for
the aging process of medium voltage (MV) cables. Two different pools, medium voltage …

In order to expedite power restoration after cable failures, a plug-in GIS (Gas Insulated
Switchgear) intermediate joint is designed for cable quick repair/test. During the electric field …

Modeling and simulation activities play a central role in the analysis and development of
HVDC systems. For this purpose, reliable numerical tools for 2D and 3D simulations are …

In addition to the strength of the electric field, the reliability and robustness of electrical cable
networks is also affected by the temperature that exists in the places where the internal and …