RSFCL technologies are expanding beyond AC fault-current limitation to support HVDC protection schemes and future DC switching station architectures.
SF₆-free technologies are moving towards industrial deployment, creating new challenges for insulation design, qualification and reliability.
SuperGrid Institute is your partner for innovation, working towards a reliable & resilient power system. Find us at our stand B195 at CIGRE 2026 to meet our experts!
The RHODÉ project aims to develop and test the key technological building blocks required for a first high-power floating connection.
Recent progress in MVDC superconducting cable technology is reported within the SCARLET project.
A study regarding the possible retrofill solutions of existing 245 kV and 420 kV equipment is the scope of this paper.
Marie-Hélène talks to us about the current projects within her team and the major challenges ahead for the future of the energy transition.
Clean switchgear, distribution grid flexibility and MVDC: let’s take a closer look at what we learned from CIRED 2025!
This paper describes the superconducting MVDC cable concepts and the main challenges needed to develop and type test the cables.
This paper investigates the interference effects of HVDC fault on the pipeline’s induced transient overvoltage.
