Nos publications scientifiques
Simulation methodology for HVDC cable accessories: focus on oscillating polarity reversal and fast transient overvoltages
The aim of this paper is to propose a time decoupled simulation method to compute the electric field in case of OPR and S/IMP without losing in result accuracy.
Modular Multilevel Converter with Embedded Energy Storage for Power Oscillation Damping and Fast Frequency Response – A case study
This paper examines the benefits on the transmission system of including additional energy storage in an HVDC link for ancillary services.
Case study of dc-MMC interconnecting two HVDC lines with different grid topologies
This paper presents a case study of a non-isolated dc-dc converter interconnecting the NordLink and Cobra cable projects.
Réseaux epoxy-liquides ioniques : relations structure/propriétés électriques
La présente étude propose de compléter les connaissances sur ces nouveaux réseaux époxy-liquide ionique.
Study of the electrical properties of HVAC EPDM and HVAC silicone rubber under DC constraint
The paper presents the DC characterization of two elastomeric materials, a key step in the design of an HVDC accessory.
On the specificities of Medium Voltage cable systems for DC applications
This paper discusses the relevance of system approach vs component approach in the qualification of MVDC cables and accessories.
Non-intrusive space charge measurement on DC cable using the thermal step method
This article presents a technique for non-intrusive measurement of space charge directly in cables using the thermal step method.
One approach to methodology for research and development of HVDC cable accessories
This paper presents one possible approach to research and development process created and utilized for HVDC cable accessories.
Solutions for the step-wise development of HVDC-based high power corridors
High voltage direct current (HVDC) is seen as the technology to implement those HPCs stretching long distances.
A simplified approach to model grid-forming controlled MMCs in power system stability studies
This paper validates a phasor model of a grid forming controlled Modular Multilevel Converter suitable for large AC grid dynamic studies.