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.
That’s a wrap for XFLEX HYDRO: 4 years of improving hydropower flexibility
Within the XFLEX HYDRO project, we have lead the work on market uptake, impacts, benefits & business model, and performed tests on a new turbine technology.
Laying the foundations for multi-terminal, multi-vendor HVDC projects: READY4DC comes to and end
The READY4DC project concluded, laying essential foundations for the development of Europe’s first multi-terminal, multi-vendor HVDC project.
Performance investigation of SF6 free Gas Insulated DC Systems
A solution to replace SF6 in high voltage equipment is the mixture of Fluoronitrile C4F7N with CO2 and O2.
SuperGrid Institute, partenaire majeur du projet OPHELIA
Dans le cadre du projet OPHELIA, SuperGrid Institute aura notamment la responsabilité de fournir des transformateurs électroniques DC pour le démonstrateur.
Switching losses calculation method for modular multi-level converters using half-bridge submodules
This paper proposes a simulation-based method for calculation of losses on any converter topology based on stacks of half-bridge submodules balancing accuracy and computing time.
