Design and selection of advanced protection schemes have become essential for reliable
and secure operation of networked microgrids. Various protection schemes that allow …

After the occurrence of a DC-side feeder faults on HVDC transmission systems, protection
and fault detection systems are anticipated to minimize their onerous effects, by initiating …

Due to the advantages of flexible and efficient power conversion, large power supply radius,
and high-power quality, flexible dc distribution system has become an important research …

Direct current (dc) distribution networks are rapidly growing, but they still face serious
challenges of severe converter damage due to low inertia, short fault duration, and fast …

Power distribution networks are vulnerable to different faults, which compromise the grid
performance and need to be managed effectively. Automatic and accurate fault detection …

The voltage source converter based high voltage direct current (VSC-HVDC) technology is a
feasible solution to realize wide-area complementarity and flexible consumption of the …

Mexico's national electric grid comprises ten regional systems, with one isolated in the south
of the Baja California Peninsula. In addition, providing electricity access remains a …

Various topologies of the Direct Current (DC) microgrid have been proposed in the literature
by considering practical requirements. One of the important criteria in topology selection is …

Environmental incentives to combat climate change are providing the motivation to improve
the energy efficiency of power distribution systems and integrate state‐of‐the‐art renewable …

A low voltage direct current (LVDC) distribution network is a promising technology to meet
the standards of future energy demands for smart loads. An LVDC distribution network can …