Nos actualités
SuperGrid Institute is ISO 9001:2015 certified!
Today, this certification relates to our 2 very HV platforms and our Hyberbaric test platform. Over the next few years, the scope will be extended!
A Medium Frequency Transformer Design Tool with Methodologies Adapted to Various Structures
Insights on the best technological choices to be used for MFTs & shows significant differences in performance between structures.
A Medium Frequency Transformer Design Tool with Methodologies Adapted to Various Structures
Insights on the best technological choices to be used for MFTs & shows significant differences in performance between structures.
Small-Signal Stability of HVDC System Comprising DC Reactors
This paper attempts to shed light on potential stability issues in MMC-based HVDC system.
Small-Signal Stability of HVDC System Comprising DC Reactors
This paper attempts to shed light on potential stability issues in MMC-based HVDC system.
This week’s highlight: EPE’20 ECCE Europe-Conference
We are very excited to be the Local Organising Committee of EPE'20 ECCE Europe and to have our colleague Abdelkrim Benchaib honoured as the Conference General Chairman.
This week’s highlight: EPE’20 ECCE Europe-Conference
We are very excited to be the Local Organising Committee of EPE'20 ECCE Europe and to have our colleague Abdelkrim Benchaib honoured as the Conference General Chairman.
[ONLINE EVENT] HVDC Technology qualification
SuperGrid Institute is participating in the PROMOTioN project's Breakout Session 2: HVDC Technology Qualification this Friday, the 11th of Septembre, with a focus on WP9: DC grid protection test method & demonstration.
[ONLINE EVENT] HVDC Technology qualification
SuperGrid Institute is participating in the PROMOTioN project's Breakout Session 2: HVDC Technology Qualification this Friday, the 11th of Septembre, with a focus on WP9: DC grid protection test method & demonstration.
Experimental validation and comparison of a SiC MOSFET based 100 kW 1.2 kV 20 kHz three-phase dual active bridge converter using two vector groups
The Dual Active Bridge appears as a promising DC-DC converter topology when galvanic isolation and bidirectional power flow are required. Among its advantages, Zero Voltage Switching allows the switching losses to be significantly reduced.
