Co-designing energy systems across multiple energy carriers is increasingly attracting
attention of researchers and policy makers, since it is a prominent means of increasing the …

To exploit various energy carriers simultaneously and optimal distribution of energy in smart
electrical infrastructure, a smart energy hub (SE Hub) concept was emerged. Therefore, the …

Decarbonization and transformation of the power system go beyond integrating large shares
of variable distributed energy sources; it implies understanding the increasing flexibility …

This paper suggests optimal scheduling of Energy Hub (EH) considering water to maximize
its profit in a pool-based day-ahead electricity market where the EH including electrical …

This paper develops a robust chance-constrained model for handling the uncertainties of
generation and consumption in multi-carrier energy hubs. The proposed model incorporates …

This paper proposes the modeling and analysis of multi-energy systems as multilayer
networks. The aim is to assess the interdependence between different energy …

In integrated energy systems, uncertainties cause day-ahead scheduling plans to be
uncertain rather than an exact solution. However, traditional interval optimization models …

Markov Chain-based models have been extensively used in numerous power system
applications, ranging from decision support systems, to reliability and resilience analysis …

There are inevitable multiple uncertainties in multi-energy microgrid. In order to formulate a
reasonable dispatching scheme under the uncertainties, this paper proposed an affine …

Background and Objectives: Different energy demand calls the need for utilizing Energy Hub
Systems (EHS), but the economic dispatch issue has become complicated due to …