This paper reviews the system components, modeling, and control of microgrids for future
smart buildings in current literature. Microgrids are increasingly widely studied due to their …

Present researches in power and energy fraternity are driven towards the realization of
smart grid (SG) technologies. Microgrids (MGs) being regarded as “elementary units” of SG …

This paper presents an energy management strategy for day-ahead scheduling of
networked microgrids and is named as nested energy management system. In the proposed …

The increasing complexities of hybrid energy Microgrid (H-Microgrid) integrated with
renewable generations, dispatchable distribution generators (DGs) and low-carbon …

In this paper, multi-energy hub system is analyzed in the presence of renewable energy
sources. The provided multi-objective model is provided to reducing the carbon emission …

Most energy management systems are based on a centralized controller that is difficult to
satisfy criteria such as fault tolerance and adaptability. Therefore, a new multi-agent based …

The deep interdependence between electrical and gas systems entails a potential threat to
the security (or reliability) of both systems. It is imperative to investigate the impacts of …

The energy hub (EH) is a promising concept that can accurately evaluate the performance of
multi-carrier integrated energy systems (IESs), ranging from a building to a district, city …

An optimal day-ahead scheduling method (ODSM) for the integrated urban energy system
(IUES) is introduced, which considers the reconfigurable capability of an electric distribution …

Aiming at the problems of low reliability of centralized energy storage and high construction
cost of distributed energy storage, an optimal scheduling model of integrated energy …