Polynomial multi-variable control strategy for Flux Balancing in Dual Active Bridge Converter
A novel model and a multi-variable linear control for power and magnetizing average currents are proposed
A novel model and a multi-variable linear control for power and magnetizing average currents are proposed
In this prototype, achieving full operation was prevented by false triggering of semiconductors due to large common-mode current through gate drivers.
Simulation results of a MMC model and figures of merit are shown to provide consistent result, proving that the proposed figures of merit are a very simple and fast way to select the best semiconductor switch.
This paper introduces a unidirectional MVDC-HVDC converter for ‘all DC’ connected offshore wind farms.
micro vs MEGA perspectives: Grid developments for the future power systems [...]
Partial discharge measurement is considered as one of the most powerful monitoring and diagnostic tools for the detection and recognition of defects for high voltage equipment.
This paper proposes a set of measurable Key Performance Indicators (KPI) that demonstrates how effective a protection strategy is achieving key objectives.
This paper aims to investigate the impact of the overlaid HVDC systems on stability of the surrounding AC grid.
This paper addresses the problem of fault identification in meshed HVDC grids once an abnormal behavior has been detected.
This paper presents a novel single-ended fault identification algorithm for meshed High Voltage Direct Current grids.