Nos actualités
Meeting HVDC circuit breaker market needs with GE Vernova
SuperGrid Institute and GE Vernova signed a collaboration agreement for the development of an HVDC circuit breaker to meet market needs.
MVDC circuit breaker: introducing our breakthrough HyBreak technology
SuperGrid Institute have developed a MVDC Circuit Breaker which draws on breakthrough HyBreak technology to protect medium-voltage DC grids.
SuperGrid Institute opens the doors to its hydraulic laboratory at the Hydro 21 “RDV Experts” event
The “RDV Experts” are events organised for members of the Hydro 21 association on key themes surrounding the hydraulics ecosystem.
Shaping Europe’s energy future: sharing our strategic vision with the European Commission
Our CTO Bruno Luscan was recently invited to participate in a workshop to discuss the needs and deployment of carbon neutral power systems.
Sébastien Silvant reçoit le prix IEEE PES de l’ingénieur de l’année 2024 pour son travail sur l’intéropérabilité des technologies HVDC !
Sébastien Silvant reçoit le Prix IEEE PES de l'ingénieur de l'année 2024 pour son travail sur l’interopérabilité des réseaux HVDC.
Le projet SiCRET + : comprendre & prévenir le vieillissement des modules SiC
Les travaux visent à comprendre le vieillissement des modules de puissance en fonctionnement normal et dégradé, et en environnement sévère.
OpTEAsoft Wind: a decision-making software to optimise offshore wind-farms’ electrical architecture
Presenting OpTEAsoft Wind, our new simulation software for optimising the design of your inter-array architectures based on your KPIs.
The “Experts meeting” from Hydro 21: a unique opportunity to visit our hydraulic platforms
Come and discover our hydraulic laboratory on the 3rd of April at the "RDV Experts" event, organised in collaboration with HYDRO 21.
PhD Pierre LE METAYER: “Unidirectional High-Ratio DC-DC Converter for Renewable Energy Sources”
PhD Pierre LE METAYER: "Unidirectional High-Ratio DC-DC Converter for Renewable Energy Sources"
PhD Gianni BAKHOS: “Management of AC & DC Hybrid Power Systems’ Security: Assessment and Enhancement”
This thesis studies the opportunities for improving the stability of hybrid AC and DC networks by means of active power control.
