[VIDEO] Find out more about the FastGrid project!
With the FastGrid project completion date just a few months away, find out more about the ins and outs of the project in this video filmed at our premises.
With the FastGrid project completion date just a few months away, find out more about the ins and outs of the project in this video filmed at our premises.
Using Gibbs free energy method, a theoretical study has been conducted on SF6 replacement candidates listed above.
This article presents the measurements of the equivalent B(H) and the equivalent magnetic permeability of two three-phase MFT prototypes.
This paper points out the challenges to overcome when applying a protection strategy based on a non-selective fault clearing philosophy without DC reactors to an overhead line based multi-terminal DC grid.
We propose a parametric single-ended fault identification algorithm to be used in full selective protection strategy.
We propose a parametric single-ended fault identification algorithm to be used in full selective protection strategy.
SuperGrid Institute will be able to develop an effective partial discharge monitoring system for the future SF6 free high voltage equipment.
This paper aims at the detection and characterization of partial discharges (PD) in GIS under HVDC constraints in the presence of a protrusion/metallic particle on the high voltage conductor.
Recent studies have demonstrated that fluoronitrile (FN) NovecTM 4710 and fluoroketone (FK) NovecTM 5110 show higher dielectric strength than SF6. These gases can be mixed with a buffer gas such as CO2 and technical air to have suitable dielectric properties for high voltage insulation applications.
SuperGrid Institute is aiming to test the new superconductive tapes that will be used in future current limiters, as one of the partners involved in the FASTGRID project.