Nos actualités
SuperGrid Institute at the forefront of technological innovation with its new HydroPHIL platform
Our HydroPHIL platform, located on our Grenoble site, is designed to simulate the performance of hydroelectric dams within the power grid.
PhD Hadiseh Geramirad “EMC study of a 1.7 kV SiC MOSFET gate driver”
The proposed gate driver achieves a better trade-off between losses & conducted emissions compared to the classical series-connected passive resistors for SiC MOSFET gate drivers.
PhD Hadiseh Geramirad “EMC study of a 1.7 kV SiC MOSFET gate driver”
The proposed gate driver achieves a better trade-off between losses & conducted emissions compared to the classical series-connected passive resistors for SiC MOSFET gate drivers.
IEEE PES names two of our researchers as France’s 2020 PhD prize winners!
We are very proud to see two colleagues from our Power Electronics & Converters Programme being France’s IEEE PES 2020 PhD prize winners!
IEEE PES names two of our researchers as France’s 2020 PhD prize winners!
We are very proud to see two colleagues from our Power Electronics & Converters Programme being France’s IEEE PES 2020 PhD prize winners!
“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.
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.
