Superconducting fault current limiters: the future of grid protection?
SuperGrid Institute have been working on a cost-effective, performant & size-efficient superconducting fault current limiter prototype.
SuperGrid Institute have been working on a cost-effective, performant & size-efficient superconducting fault current limiter prototype.
ReHydro aims to enhance hydropower's role in the electrical grid by upgrading plants to be more sustainable and flexible.
Learning, laughter, camaraderie and a celebration of our accomplishments, it’s a day to know each other better in a relaxed atmosphere.
InterOPERA project's Deliverable D2.1 sets out guidelines of functional requirements in HVDC grid systems in a multi-terminal multi-vendor context.
b<>com, France Energies Marines, Jules Verne and SuperGrid Institute create the Wind Power Alliance for marine renewable energies.
SuperGrid Institute and GE Vernova signed a collaboration agreement for the development of an HVDC circuit breaker to meet market needs.
This work focuses on analysing the relationship between reserve energy demand and load, wind and solar generation.
The European project SCARLET aims to study and realize a demonstrator of a MVDC high-power superconducting cable.
Development of a traveling wave-based protection strategy to enhance the fault-locating capabilities of the array grid’s protection system.
SuperGrid Institute have developed a MVDC Circuit Breaker which draws on breakthrough HyBreak technology to protect medium-voltage DC grids.