Our news
Welcome to our new President, Michel Serra!
Introductions were made at lunchtime, over coffee between our staff and Michel, this Wednesday, the 27th of September.
A look back at our participation in EPE’2023
Once again, our institute was well represented with several scientific contributions. Piotr Dworakowski was also chairman & co-chairman of 3 sessions.
Official launch of the OPHELIA project: a solar canopy demonstrator along the ViaRhôna
The OPHELIA projet will promote the development of linear photovoltaic power plants by launching a solar canopy demonstrator along the ViaRhôna.
SuperGrid Institute, RTE and MasterGrid signed a promising partnership agreement for the decarbonisation of the electricity industry!
A partnership agreement to find an alternative to the use of SF6 gas (most potent greenhouse gas) in existing electrical installations.
The “ITE Innovation Project”: a new way of financing innovation!
A new funding source is now available to finance your innovation projects in collaboration with us thanks to our status of Institute for Energy Transition.
A sunny seminar in Grenoble for the SuperGrid Institute team!
Creating a positive, enjoyable working environment and maintaining bonds between colleagues is important to us as SuperGrid Institute!
Quality of Life at Work Week at SuperGrid Institute
For this new edition, a custom programme was put in place to create space for discussions and enable employees to tackle different QWL themes.
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.
