This thesis focuses on the study and development of high-voltage components using series-connected silicon carbide (SiC) MOSFETs.
This thesis focuses on the development of numerical methods for electromagnetic transients - transient stability (EMT-TS) co-simulation.
This work proposes to exploit the potential of the Supervisory Control Theory in the automation of HVDC grids & management of their reconfigurable behavior.
This thesis studies the DC-DC converters interconnecting High Voltage Direct Current (HVDC) lines with different characteristics.
The objectives of the thesis is to identify the main challenges of applying fully selective FCS in HVDC grid.
Hydro power plants can be the most prominent solution as they are both renewable & capable of following the load demand by controlling its output.
This manuscript investigates the potential of Integrated Gate-Commutated Thyristors (IGCT) for Modular Multi-Level Converters (MMC).
This work focuses on the transmission grid level and investigates the control of VSCs interfacing renewable sources in hybrid power systems where PE and SG coexist.
The present thesis investigates the concept of a single-ended fault identification algorithm based on the estimation of the fault parameters.
This thesis identify the major challenges when considering the application of non-selective fault clearing strategy to hybrid grid structures and to propose solutions.
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