The Value of Battery Hybridization for Small Hydropower Plants: A Sensitivity Analysis on Plant Design
This paper presents a techno-economic assessment of battery hybridization for small run-of-river hydropower
This paper presents a techno-economic assessment of battery hybridization for small run-of-river hydropower
SuperGrid Institute & FEBUS Optics conducted a study on the use of DAS for partial discharge detection in high-voltage power cables.
SuperGrid Institute is your partner for innovation, working towards a reliable & resilient power system. Find us at our stand B195 at CIGRE 2026 to meet our experts!
This paper presents an experimental study on the use of DAS for partial discharge detection in high-voltage power cables.
How Alstom and SuperGrid Institute use semiconductor health monitoring to improve predictive maintenance and improve rail reliability.
A mixed sequential power cycling experiment was conducted to assess the impact of load sequence on IGBT module lifetime.
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.