The interest on microgrid has increased significantly triggered by the increasing demand of
reliable, secure, efficient, clean, and sustainable electricity. More research and …

Present paper reports the survey on existing research literatures in connection with various
energy management issues/benefits of a microgrid arising due to strategic deployment of its …

As discussed in Chapter 7, power system stability was recognized as a problem as far back
as the 1920s, at which time the characteristic structure of systems consisted of remote power …

The dynamic nature of the distribution network challenges the stability and control
effectiveness of the microgrids in both grid-connected and autonomous modes. In this paper …

This paper proposes a new method for reliability evaluation of active distribution systems
with multiple microgrids based on a Monte Carlo simulation. Multi-state models are …

This paper presents a quantitative method to evaluate dc microgrids availability by
identifying and calculating minimum cut sets occurrence probability for different microgrid …

A majority of remote power systems are going to be supplied by diesel-renewable resources
such as wind and photovoltaic energy in the future. However, the unpredictable nature of …

Microgrids are a subset of the modern power structure using distributed generation to supply
power to communities rather than vast regions. The relatively smaller scale mitigates …

This paper presents an optimal power flow controller for a utility connected microgrid based
on a real-time self-tuning method. The purpose is to control the flow of the active and …

This paper discusses how micro-grids availability during natural disasters and in their
aftermath can be assessed. The analysis focuses on two critical groups of components that …