[VIDEO] Functional requirements for multi-vendor multi-terminal HVDC grids

2024-09-26T16:11:07+02:00September 26th, 2024|Architecture & systèmes du supergrid, Conference, Evenement|

Watch the recording of our webinar, broadcast live from CIGRE 2024, on functional requirements for multi-vendor, multi-terminal HVDC grids.

Generalized Switching Sequence for Voltage Balancing in a Flying Capacitor DC-DC Converter with Quasi-2-Level Modulation

2024-09-26T16:11:09+02:00July 29th, 2024|Electronique de puissance & convertisseurs, Publications|

Explore a generalized algorithm for voltage balancing in multilevel flying capacitor (FC) converters used in dual active bridge (DAB) DC-DC converters. This approach balances flying capacitor voltages with a quasi-2-level modulation strategy, offering improved efficiency and stability.

Join us at CIGRE 2024: The leading global event for power system expertise!

2024-07-24T15:23:20+02:00July 23rd, 2024|Appareillage électrique haute tension, Architecture & systèmes du supergrid, Conference, Electronique de puissance, Electronique de puissance & convertisseurs, Evenement, Systèmes de câbles haute tension|

Join us at CIGRE 2024: The leading global event for power system expertise! [...]

Functional requirements for multi-vendor multi-terminal HVDC grids: Showcasing the latest InterOPERA deliverable at CIGRE 2024

2024-07-23T16:29:01+02:00July 23rd, 2024|Architecture & systèmes du supergrid, Conference, Evenement|

Rejoignez-nous à la conférence CIGRE 2024 pour une présentation des dernières conclusions du projet InterOPERA sur les cadres fonctionnels pour des grilles HVDC multi-fournisseurs et interopérables. Découvrez les exigences de contrôle et de protection essentielles pour l'intégration de l'énergie éolienne offshore dans le réseau.

Superconducting fault current limiters – the future of grid protection?

2024-08-01T17:35:31+02:00July 19th, 2024|Appareillage électrique haute tension|

With countries racing to produce more renewable energy and electrifying transport and industry, higher nominal and fault currents in our power grids increase the risk of severe grid accidents. Energy infrastructures must evolve to meet these challenges. At SuperGrid Institute, we have developed a cost-effective, high-performance, and compact solution: the superconducting fault current limiter (SFCL) prototype. Ask us about it!

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