By emulating AC line behavior, HVDC systems can adjust active power flows in real-time, improving system performance during contingencies.
DC faults in High Voltage Direct Current (HVDC) systems can significantly impact AC grid stability, especially in MTDC grids.
This paper studies the use of DC segmentation with HVDC systems based on VSC-HVDC with active and reactive power supplementary controllers in the converter stations.
Grid forming load concept to enable loads to support the grid in the same way as synchronous machines would and provide new flexibility assets to grid operators.
This doctoral dissertation investigates a promising application of HVDC systems to tackle severe instability problems: DC segmentation.
SuperGrid Institute valide sa technologie de limiteur résistif de courant supraconducteur associé à un disjoncteur mécanique pour le HVDC.
This article proposes an active voltage balancing approach for a stack of N SiC MOSFETs, achieved through precise adjustment of turn-off delays based on real-time voltage feedback.
We delivered an insightful webinar on hydropower hybridisation with IHA and took an active part in Hydro 2024.
Subsea Smart Hubs joint project: improving the cost & risk effectiveness of alternative inter-array cabling solutions for floating wind farms
This paper provides an insight into the research activities held in the HVDC-WISE project towards creation of a public library of models of HVDC equipment, based on IEC CIM standards.
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