The smart power grid blends the bidirectional energy with information flow. Compared to the
traditional power grid, it requires more intelligent and faster control, protection, automation …

Technology advancement in the last few decades allows large penetration of renewable
energy resources in the distribution network (DN). The integration of such resources has …

To solve the impact of the integration of distributed generations on distribution network
protection, current differential protection is introduced into the active distribution networks …

Trip** time and optimal overcurrent coordination are nowadays one of the main power
system protection concern, due to the high penetration of renewable energy sources in the …

Microgrids are increasingly paying attention to the emerging of distributed energy resources.
However, microgrid protection has challenged engineers because of the varying nature of …

Power systems are experiencing structural changes induced by the integration of distributed
generation units and the operation of microgrids. This transformation has posed new …

Ground faults are the most common type of faults in the microgrid. In addition, the
configuration of the grounding strategy significantly affects the characteristics of the ground …

While the world's power distribution system resembles an intricate web-like structure, the
most conventionally implemented distribution mechanism is the radial distribution system …

Following the high penetration of synchronous generators (SGs) in the power network,
optimal overcurrent coordination improvement under faulty conditions has become a crucial …

Abstract Synchronous Machine-based Distributed Generations (SMDGs) are integrated into
distribution networks due to their benefits. However, they may cause problems for protection …