Our news
An exciting week at Jicable’23!
There were some very interesting exchanges during the conference in response to the varied requests we received from the other attendees.
Thesis defence replay: “Condition and Health Monitoring of Modular Multilevel Converter for HVDC Grids”
Diego Velazco's work is particularly interesting for converter manufacturers and users who want to optimise the maintenance of their equipment.
PhD Diego VELAZCO: “Condition and Health Monitoring of Modular Multilevel Converter for HVDC Grids”
This thesis addresses the condition monitoring and the prognosis of the remaining useful life of IGBT modules in a HVDC-MMC application.
Wheel spinning fun at SuperGrid Institute!
SuperGrid Institute was buzzing with activity again this year for the Mobility Challenge!
PhD Cédric Mathieu de Vienne : “Study and implementation of High-Voltage Switch components composed of series-connected SiC MOSFETs to enable MVDC technologies”
This thesis focuses on the study and development of high-voltage components using series-connected silicon carbide (SiC) MOSFETs.
SuperGrid Institute recipient of the Best Paper Award at PCIM Europe 2023!
We are proud to be a recipient of the Best Paper Award at PCIM Europe 2023! This paper is co-authored with Huawei Nuremberg Research Center.
PCIM here we come: sharing our MVDC expertise!
PCIM 2023 is here and we're excited! We'll present our latest innovations and technologies, focusing on our MVDC technologies & services.
Spotlight on Jicable’23
SuperGrid Institute is highly invested in this edition of Jicable'23 – and we’re excited about it! Here is a quick overview on what’s coming…
SuperGrid Institute equips itself with a highly performant High Power Source facility, the first of its kind in Europe
After 6 years’ work on designing, constructing and performing acceptance tests, our High Power Source test platform has been inaugurated.
SuperGrid Institute inaugurates its high power source test platform – the first of its kind in Europe
The platform is a crucial asset for this transition as it enables the validation of future AC & DC high-voltage equipment.