Hybrid energy systems can improve the economical and technical aspects of different
infrastructures due to their high efficiency and flexibility. In this study, the energy …

In this paper, an energy management system is taken into account to control some
distributed energy resources spread into an entity. The included facilities are aggregated by …

Reduction of greenhouse gas emissions in the building sector has become a global concern
in terms of ensuring sustainable development. Thus it is imperative to investigate the …

Governmental incentives to use clean energy, concerns about high and rising prices of fossil
fuels, and environmental issues are the most important motivations for adding distributed …

Integration of different infrastructures has become an interesting subject due to many
advantages such as high flexibility and reliability. However, interconnection and …

Besides increasing the installation of distributed generation plants, investigation on multi-
carrier energy systems leads recent studies to focus on several aspects of Smart Energy …

Residential sector is being promoted to evolve towards nearly-Zero Energy Buildings
(nZEBs), which draw a yearly net energy consumption near zero. This target can be attained …

To achieve zero net emission conditions, multi-energy microgrids (MEMs) have grown
rapidly in recent years. Hydrogen-based technologies and energy conversion systems bring …

In order to mitigate the influence of global warming and greenhouse gasses emission,
different proceedings are suggested such as utilizing renewable energies and demand …

This paper formulates a risk-based robust decision making framework for a Smart Building
(SB) energy management system under demand and supply uncertainty. The last aim of the …