La Fête de la Science est de retour chez SuperGrid Institute !
Cette année encore, nous sommes heureux d’ouvrir nos portes aux écoles et au grand public pour la Fête de la Science.
Open-Delta SBC: a New Converter Topology with Low Number of Sub-Modules for MV applications
This work focuses on analysing the relationship between reserve energy demand and load, wind, and solar generation.
Experimental study of the reduction and removal of turn-on snubber and its limiting di/dt clamp inductor for IGCT based MMC submodule using fast silicon diodes
The goal of this study is to determine if the snubber can simply be removed in IGCT if fast enough freewheeling diodes are used.
DC-MMC with reduced number of sub-modules providing fault blocking capability in HVDC Grids
This paper proposes to use a main switch instead of adding sub-modules in the topology to provide fault blocking capability.
Sharing our latest news on power electronics at EPE’22 ECCE Europe!
This week, several members of SuperGrid Institute are in Hannover to participate in the EPE’22 ECCE Europe conference.
[VIDEO] Feasibility studies for MTDC grids: NSWPH programme showcase
We are pleased to announce that the recording of the webinar is now available on our YouTube channel. Feel free to share it!
Distributed subsea substation for Offshore Renewable Energy collection architectures and compliance with metal-enclosed switchgear’s normative references
The purpose of this publication is to introduce and assess the operations of the so-called Fishbone architectures from a switchgear point of view.
Unidirectional step-up isolated DC-DC converter for MVDC electrical networks
This article focuses on the DC-DC converter for MVDC electrical networks. A classification of DC-DC converters is proposed.
SuperGrid Institute’s technical contributions to the CIGRE 2022
We will be making several appearances in the CIGRE 2022 technical programme. Here is a short summary of our contributions.
Feasibility studies for MTDC grids: NSWPH programme showcase at the CIGRE 2022
SuperGrid Institute successfully carried out a technical feasibility study for the North Sea Wind Power Hub (NSWPH) programme.
