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.
Several members of our teams will be on live this Friday, 4th September, to participate to a Q&A session as part of the PROMOTioN project.
An insight into fault clearing strategies for HVDC networks, including a description of how we built our HIL demonstrator and a virtual demonstration of HVDC protection systems using several cable fault scenarios.
An insight into fault clearing strategies for HVDC networks, including a description of how we built our HIL demonstrator and a virtual demonstration of HVDC protection systems using several cable fault scenarios.
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.