PhD Lucas Molina: “Supervisory Control for the reconfiguration of HVDC grids”
This work proposes to exploit the potential of the Supervisory Control Theory in the automation of HVDC grids & management of their reconfigurable behavior.
Grid2030: Red Eléctrica, EIT InnoEnergy, and Elewit have developed three projects on innovative technology to drive the energy transition
We are proud to have contributed with IMDEA Energy & REE throughout the project “Reduced Inertia Transient Stability Enhancement”.
SuperGrid Institute wins 4 new European projects!
SuperGrid Institute has been extremely successful within the Horizon Europe framework, winning 4 project bids it submitted to the European Commission.
Feasibility studies for MTDC grids: NSWPH programme showcase at the CIGRE 2022
SuperGrid Institute successfully carried out a technical feasibility study for the North Sea Wind Power Hub (NSWPH) programme.
Integration of power flow controllers in HVDC grids
This work discusses different DC busbar arrangements with power flow controllers and selects a circuit providing good availability...
Secondary arc extinction in AC/DC overhead lines
This paper focuses on a specific issue on hybrid AC/DC overhead lines: the extinction of the secondary arc current of a faulted DC pole.
Fault current calculation in MTDC grids considering MMC blocking
In this paper, a generic fault current calculation method based on coupled differential equations is proposed which is valid for both blocked and unblocked states of the MMC.
PhD Shafie REZAYI: “System Integration of hybrid DCCB technologies into selective protection strategies”
The objectives of the thesis is to identify the main challenges of applying fully selective FCS in HVDC grid.
DC segmentation: a promising solution to improve angle stability of stressed power systems
The DC segmentation segment large AC grids into a set of asynchronously operated AC grids interconnected by HVDC links.
Transformation of an ovehead AC transmission line into a DC transmission line : A study case
This paper describes the preliminary study of the transformation of an existing 220 kV AC transmission line into a bipolar DC line with a metallic return conductor.
