Exploring advanced epoxy solutions for reliable low-power instruments transformers
SuperGrid Institute develops advanced epoxy solutions for stronger, more reliable low-power instrument transformers.
Subsea smart hubs for floating wind
Subsea Smart Hubs project has been initiated with the aim of addressing new Inter-Array Cable system architectures for floating wind farms.
Impact of environmental conditions on interface reliability in power transmission systems: investigating tools for performance evaluation
This paper investigates the reliability of epoxy–silicone interfaces in high-voltage cable accessories under realistic operating conditions.
Optical leakage current monitoring for HVDC cables: concept, latest sensor development and perspectives
SuperGrid Institute has been developing a novel leakage current sensor, based on a magneto-optical technique, the Zeeman Effect.
Grid integration of high-power MVDC superconducting cables based on HTS and MgB₂
Recent progress in MVDC superconducting cable technology is reported within the SCARLET project.
Innovations in HVDC cable testing: meet us at Jicable HVDC’25!
Join us at Jicable HVDC'25 to explore cutting-edge HVDC cable testing solutions and innovations shaping the future of HV transmission.
Network DC: Pioneering the future of Britain’s Power Grid
Discover how Network DC is improving Britain’s energy grid with DC circuit breakers (DCCBs)
Hygrothermal Aging on Epoxy-Based Dielectric Insulators for Low-Power Instrument Transformers
This paper investigate the impact of combined temperature & humidity on epoxy durability using weight measurement, dynamic scanning calorimetry & dielectric spectroscopy.
ALT Data Fitting for Polypropylene-based HVDC Cable Insulation Developed in the HEU-NEWGEN Project
The goal is to know better how these materials behave over time under different steady electro-thermal stresses, which is crucial for developing more reliable HVDC cable systems.
Estimation of positive lightning impulse breakdown voltage for sphere-barrier-plane configuration in pressurized dry air using design of experiments
The aim of this work is to investigate the influence of dielectric barriers on the breakdown voltage in pressurized ai rinsulated rod-plane gaps.
