This paper suggests a protection scheme for DC ring Microgrid (MG). Then, the reliability of
this protection scheme is analyzed using the Fault Tree (FT) method. The reliability of the …

This paper analyzes the qualitative and quantitative reliability of a DC Microgrid (MG) using
fault tree analysis (FTA). Reliability analysis considers DC MG in both ring and radial …

In a microgrid, PTC Wind Solutions is used toimplement the optimization of reliability with the
help of FaultTree Analysis (FTA). The reliability of each energy source alongwith the non …

According to the failure rate and repair rate of all components, the normal working time and
failure time of each component are calculated, and the reliability mathematical model of …

Modern microgrids are networked systems comprising physical and cyber components for
networking, computation, and monitoring. These cyber components make microgrids more …

The reliability of cyber-physical microgrids (MGs) is crucial in the development of smart
grids. The reliability of MGs can be affected by cyber network failures, which have a …

Microgrid is considered as the future power systems due to the demand in the power supply
and also due to its capability of integrating with the renewable energy sources. Based on the …

DC Microgrid is a new power system scheme consist of Distributed Energy Resources
(DER), storage and DC loads. The fault and protection analysis for this DC Microgrids is a …

Fault tree analysis (FTA) is a top-down reliability evaluation method based on Boolean logic
and is used to identify the potential causes of system failures (top event) that would possibly …

In this article, centralized protection system is developed for DC microgrid (DCMG). The
novelty of the proposed protection algorithm is not only based on the combination of different …