SuperGrid Institute’s DC circuit breaker goes public at the IEEE General Meeting in Denver
We are proud to be revealing our 525kV DC circuit breaker at the IEEE Power & Energy Society General Meeting.
Sharing our expertise at PCIM 2022!
This year, we are delighted to be a co-exhibitor at the ECPE stand. Come and meet our experts at our stand in Hall 6 – N° 410!
SuperGrid Institute is the leader of a work package in the European project READY4DC
The new Horizon Europe project “Getting ready for multi-vendor and multi-terminal DC technology” (READY4DC) began on the 1st of April 2022.
Enhancing voltage rating of standard power modules for harsh environment applications
We describe and demonstrate a simple solution which allows to extend the capability of a standard power modules package to higher voltages.
Grid flexibility through hydropower at the heart of energy transition: discuss it with us during HYDRO2022 on our stand!
As an exhibitor, we will be shining a light on our innovative technologies for hydraulic systems which improve grid flexibility.
Fault current calculation in MTDC grids considering MMC blocking
In this paper, a generic fault current calculation method based on coupled differential equations is proposed which is valid for both blocked and unblocked states of the MMC.
Exchange with the State on SuperGrid Institute’s strategy
This Tuesday, April 5, was a day rich in exchanges at SuperGrid Institute, with a delegation from the State visiting us to learn more about our institute’s various activities.
Thermal simulations and measurements of 3-phase medium frequency transformer in 100 kW DC-DC converter with 99.2% efficiency
This article deals with a 100 kW dual active bridge (DAB) DC-DC converter and a 20 kHz 3-phase medium frequency transformer (MFT).
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.
PhD Shafie REZAYI: “System Integration of hybrid DCCB technologies into selective protection strategies”
The objectives of the thesis is to identify the main challenges of applying fully selective FCS in HVDC grid.
