Advancing AC-DC simulation with multi-terminal DC load flow in PowSyBl
Explore how the DC-BL project is extending PowSyBl with open-source AC-DC simulation capabilities for multi-terminal DC networks
Explore how the DC-BL project is extending PowSyBl with open-source AC-DC simulation capabilities for multi-terminal DC networks
The RHODÉ project aims to develop and test the key technological building blocks required for a first high-power floating connection.
Real-time simulation, HIL & PHIL testing accelerate innovation in grid control, ensuring stability & reliability for future power networks.
Learn how Solid-State Transformers (SSTs) are revolutionising power conversion in HVDC & MVDC networks, using SiC & MFT components.
HVDC-WISE has delivered practical ways to help Europe move more clean electric energy where it’s needed - more reliably, and with faster recovery when disruptions occur.
Explore how solid-state transformers are redefining power distribution and paving the way for smarter, more resilient electric grids.
SuperGrid Institute joins CRESYM to advance open-source energy system simulation tools, supporting innovative R&D for secure and reliable power grids.
Loïc leads our Department of Power Electronics & Converter and oversees R&D and innovation activities related to medium-voltage energy conversion technologies.
Explore how SuperGrid Institute helped Prysmian evaluate 640 kV DC SF₆ free HVDC cable termination with cutting-edge gas & material testing.
All members of the Bilasurf project met at SuperGrid Institute’s Hydropower headquarters in Grenoble, the 15th and 16th of December 2025.