Use case: evaluating 640 kV DC SF6 free cable termination for Prysmian
Explore how SuperGrid Institute helped Prysmian evaluate 640 kV DC SF₆ free HVDC cable termination with cutting-edge gas & material testing.
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.
