Nowadays, there are persistent trends toward closer interconnections between various
energy system types (primarily, electricity, gas, heat, and cooling systems) and the …

This paper provides a systematic review of recent publications on simulation and analysis of
integrated multi-vector energy networks (rather than energy hubs) and carries this out …

A large number of renewable energy resources are integrated into the integrated energy
system (IES), which complicates the IES dispatching, especially for accommodating anti …

Abstract to balance the intermittent of renewable power, large-scale energy storage in
underground salt caverns can be utilized. And the construction and safety evaluations for …

Different from the traditional microgrid, the optimal dispatch of integrated energy microgrid
(IEM) may face the problems of infeasibility, non-convexity and quantification of …

In this paper, we propose a new scheme for designing multi-carrier networked microgrids.
Various multi-energy carriers are utilized to form energy hubs which exchange energy with …

In order to improve the profits of electricity utility company (EUC) and gas utility company
(GUC) and reduce the electricity and heat cost of users, an energy trading and pricing …

This article is concerned with the multiobjective energy management problem of integrated
energy systems (IESs) in a distributed fashion. A multiobjective model is established where …

The couplings and interactions among the multi-energy resources in the integrated energy
system (IES) significantly improve the utilization of renewables and reduce carbon …

The role of modeling and simulation in development and operational planning of gas
distribution networks is crucially important for system designers and operators, since it …