Transient-based fault identification algorithm using parametric models for meshed HVDC grids
This paper addresses the problem of fault identification in meshed HVDC grids once an abnormal behavior has been detected.
This paper addresses the problem of fault identification in meshed HVDC grids once an abnormal behavior has been detected.
This paper addresses the problem of fault identification in meshed HVDC grids once an abnormal behavior has been detected.
In this webinar, we will share our technical analysis of HVDC interoperability and present possible directions we can take moving forward.
We are currently analysing the experimental data issue from these power tests in order to write our report for the project.
We are currently analysing the experimental data issue from these power tests in order to write our report for the project.
Our CEO Hubert de la Grandière was interviewed recently by Jean-Marc Sylvestre on the set of Small is Smart! Watch the vidéo here!
Our CEO Hubert de la Grandière was interviewed recently by Jean-Marc Sylvestre on the set of Small is Smart! Watch the vidéo here!
This paper presents a novel single-ended fault identification algorithm for meshed High Voltage Direct Current grids.
This paper investigates the gate-driver design challenges encountered due to the fast switching of wide band-gap semiconductors (here, SiC MOSFETs) in the half-bridge configuration.
The experimental studies show the effects of the transformer construction and vector group (star/delta) on the common-mode currents through the gate drivers of SiC MOSFETs in a 100kW 1.2kV three-phase dual active bridge converter.