Nos publications scientifiques
Definition of Standard Tests for MVDC Solid State Transformer in PV application
Qualification tests derived from existing standards to meet the requirements of MVDC Solid State Transformer in PV applications.
Possibilities and requirements on operation of future MVDC networks
Possibilities and requirements on operation of future MVDC [...]
Evaluation of the interference effects of HVDC fault on a buried pipeline
Evaluation of the interference effects of HVDC fault [...]
Arm equivalent circuit based and average arm model of a DC MMC branch including distributed energy storage submodules to integrate energy storage in HVDC system
This paper focuses on modular multilevel converter (MMC) with distributed energy storage modules directly connected to MMC modules (ES-SMs).
Comparison of 2-Level and Quasi-2-Level Topologies in a Bidirectional Isolated DC-DC Converter for MVDC Networks
This paper presents a comparative analysis of bridge topologies suitable for medium–voltage (10-40 kV), isolated DC-DC converters.
Design Guidelines for a Dual Active Bridge Converter Incorporating a Multilevel Bridge with Quasi-2-Level Operation
The Dual Active Bridge with quasi-2-level operation is analyzed as a potential candidate for efficient DC-DC converters.
Influence of the Mission Profile on the Selection of the Leakage Inductance for DAB Converter
The Dual Active Bridge (DAB) is a promising topology to be used in Medium Voltage DC (MVDC) networks.
CO2 Footprint of DC Solid State Transformer for Linear PV Power Plant
A comparison of the carbon footprint of a DC SST designed for a Linear PV Power Plant with MVDC collection network.
Addressing intra-area oscillations and frequency stability after DC segmentation of a large AC power system
This paper studies the use of DC segmentation with HVDC systems based on VSC-HVDC with active and reactive power supplementary controllers in the converter stations.
Active voltage balancing by turn-off delays regulation for multiple series-connected SiC MOSFETs
This article proposes an active voltage balancing approach for a stack of N SiC MOSFETs, achieved through precise adjustment of turn-off delays based on real-time voltage feedback.
