“My Thesis in 180 seconds”: discovering the theses underway at SuperGrid Institute… in just 3 minutes!
Every year we organise “My Thesis in 180 seconds” where our PhD students have 3 min to explain the research topic that they will be studying!
Ocean DEMO awards: SuperGrid Institute is selected for EU funded project
Thanks to the Ocean DEMO’s support packages, we will be able to test our innovative offshore technology in real marine environments.
A vision of HVDC key role towards fault-tolerant and stable AC/DC grids
Achieving an efficient and robust AC/DC grids transmission system requires to develop a vision of HVDC role and functionalities in different situations.
Important milestone with regards to exploiting our cryostat!
They carried out a subcooling protocol that demonstrated the cryostat’s capacity to cool liquid nitrogen from 77 K to 66 K.
SuperGrid Institute’s “Stage Dating” 2020
Our "Stage Dating" will take place on Thursday the 5th of November 2020, to meet our R&D Engineers who are looking for new interns!
[VIDEO & PRESENTATION] Demonstration of Non-selective strategies for Meshed HVDC networks
Thank you to all those who attended our webinar “HVDC Grid Protection System Demonstration" on the 3rd of September.
Dive into the electricity grids of the future with us at the “Fête de la Science” 2020!
We have devised a video to present the issues surrounding DC electrical transmission, renewable energy integration & future electricity grids.
Dive into the electricity grids of the future with us at the “Fête de la Science” 2020!
We have devised a video to present the issues surrounding DC electrical transmission, renewable energy integration & future electricity grids.
PhD Florian ERRIGO “Power converters with integrated energy storage systems for high voltage direct current systems”
This thesis focuses on the opportunity to integrate energy storage systems inside a modular multilevel converter with the aim at tackling the challenges of resiliency and reliability of the electricity transmission network.
PhD Antoine PEREZ “Study of arc development mechanisms over solid insulators surface in CO2/fluoronitrile gas mixtures”
One of the suggested solutions is the fluoronitrile (C4F7N), a gas having alone a dielectric withstand 2.7 times higher than SF6.
