Discover a modular DCDC converter designed for integrating large energy storage systems (ESS) with HVDC links. This innovative approach addresses voltage fluctuations and stability in high-voltage applications.

This paper proposes a methodology to define the arm inductance range in modular multilevel converters (MMC) for HVDC applications, considering both steady-state performance and DC pole-to-pole faults. It includes a sensitivity analysis and simplified MMC model for calculating fault currents.

Explore a generalized algorithm for voltage balancing in multilevel flying capacitor (FC) converters used in dual active bridge (DAB) DC-DC converters. This approach balances flying capacitor voltages with a quasi-2-level modulation strategy, offering improved efficiency and stability.

This paper proposes a simulation-based method for calculation of losses on any converter topology based on stacks of half-bridge submodules balancing accuracy and computing time.

This article presents a comparison between the 3-Level NPC and Modular Multilevel Concerter topologies for MVDC networks.

This article proposes a protection strategy for a multi-terminal radial MVDC network based on the principle commonly used in the existing AC distribution networks.