SuperGrid Institute joins CRESYM to advance open-source energy system simulation tools
SuperGrid Institute joins CRESYM to advance open-source energy system simulation tools, supporting innovative R&D for secure and reliable power grids.
Influence of MMC control philosophies on Multi-Terminal HVDC Design and Expandability
the influence of different control philosophies for Modular Multi-level Converters on the design of MTDC grids’ control and protection is investigated and discussed.
InterOPERA: establishing the foundations for a multi-vendor, multi-terminal HVDC system
InterOPERA project's Deliverable 3.3(B) establishes the technical foundations for a multi-vendor, multi-terminal HVDC system
Development of Frequency-dependant DC equivalent models for Multi-terminal DC grids
This paper highlights two DC grid equivalent models: a simple RLC model and a frequency-dependent reduced-order model.
Network DC: Pioneering the future of Britain’s Power Grid
Discover how Network DC is improving Britain’s energy grid with DC circuit breakers (DCCBs)
Interview with Jean-Baptiste Heyberger, Director of Supergrid Architecture & Systems Department
Jean-Baptiste leads our Department of Architecture and Systems and explores the world of direct current (DC).
AC to DC conversion of Over Head Lines
Main benefits and challenges of AC to DC conversion of OHL , with a technical focus on insulation coordination for the dedicated metallic return.
Single-ended transient-based fault identification algorithm using bandlimited measurement devices for HVAC grids
This paper addresses the estimation of fault locations in a HVAC grid from single-ended measurements.
Analysis of Interoperability between DC-Voltage-Droop-Controlled MMCs with Grid-Forming Functionality in a MTDC Grid
The interoperability between droop-controlled Modular Multilevel Converters with Grid-Forming functionality in a 3-terminal DC grid is investigated.
Options for mitigating converter blocking during clearance of DC faults
The Network DC project aims to advance industry readiness to deploy DC Circuit Breakers (DCCBs) and develop offshore HVDC networks.
