The proliferation of DC microgrid is a commendable stride for the future power system to
match the load requirement precisely with the distributed generation. The potential benefits …

The proliferation of renewable energy resources to the next level optimizes microgrid
utilization to manage the disturbances effectively. A direct current microgrid achieves …

The dc circuit breaker is an indispensable building block for dc network systems. Hybrid
circuit breakers that combine mechanical and solid-state switches have more potential to be …

DC circuit breakers (DCCBs) play a significant role in obtaining the reliability and stability of
DC power systems. Selective and fast isolating of faults minimizes the power supply outages …

The development of flexible AC transmission and multi-terminal DC grid is in an urgent
demand for DC circuit breaker (DCCB) technology with faster switching speed, strong …

DC microgrids have attracted increasing attention due to their high efficiency, simple control,
and high power quality; however, circuit fault protection remains a technical challenge. Z …

SCR-based solid-state dc circuit breaker (SCR-DCCB) topologies have been widely studied
for replacing the traditional expensive insulated-gate bipolar transistor (IGBT) based DCCB …

DC microgrids that feature a simple and efficient integration with renewable energy sources
and energy storage elements have drawn increasing attention in industrial applications. In …

The emergence of power electronics has lead to a paradigm shift toward dc grids, which are
widely recognized to provide better performance and efficiency. However, fault isolation is …

DC technologies will be essential building blocks for future DC distribution networks. As in
any DC system, these networks will face crucial threats imposed by short-circuit DC faults …