SuperGrid Institute valide sa technologie de limiteur résistif de courant supraconducteur associé à un disjoncteur mécanique pour le HVDC.
SuperGrid Institute will be working with partners from across Europe to shape the future of transmission & distribution grids.
The glow‐to‐arc transition is a critical phenomenon in plasma discharges, commonly leading to detrimental effects.
The development of DC Circuit Breakers (dcCB) for high-voltage direct current (HVdc) transmission systems poses significant challenges. Discover the latest advancements aimed at achieving low loss, high power density, and affordability in mission-critical applications.
Discover insights into breakdown and partial discharge in dry air for MVDC applications.
Characterization of the liquefaction properties of fluoronitrile mixtures by a thermodynamic experimental approach
The objective of the study was to characterize the ageing behaviour of Resin Impregnated Paper (RIP) material under several DC voltages and temperature.
Come and visit stand n°265 for our latest innovations, expert presentations, interactive sessions at CIGRE 2024 in Paris from August 25-30.
SuperGrid Institute have been working on a cost-effective, performant & size-efficient superconducting fault current limiter prototype.
SuperGrid Institute and GE Vernova signed a collaboration agreement for the development of an HVDC circuit breaker to meet market needs.
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