Energy hub systems improve energy efficiency and reduce emissions due to the coordinated
operation of different infrastructures. Given that these systems meet the needs of customers …

Energy hubs (EHs) are units that enable the simultaneous supply of different types of energy
demands by converting energy carriers, and using energy storage systems. Energy storage …

This paper proposes a peer-to-peer (P2P) energy swapping framework for resilience
enhancement of networked energy hubs (NEHs) against extreme weather events. Besides …

This paper proposes a novel optimization framework based on information gap decision
theory (IGDT) for strategic participation of multi-carrier systems (MCS) in the electricity …

As one of the important approaches to take complementary advantages of heat and
electricity, an integrated energy system with combined heat and power (CHP) units enables …

This paper focuses on the optimal operation of integrated electrical and water energy
networks at the distribution level considering the demand response program. In this manner …

One of the crucial challenges within the optimal operation of smart cities is coordinated
management of multiple energy carriers in the residential buildings owing to disparate and …

Coordinated energy scheduling and management strategies in the energy hub plan are
essential to achieve optimal economic performance. In this paper, the scheduling and …

To maximize energy profit with the participation of electricity, natural gas, and district heating
networks in the day-ahead market, stochastic scheduling of energy hubs taking into account …

The energy hub (EH), which is a crucial component of multi-energy systems, plays a
significant role in increasing flexibility and reliability. Due to the interaction of various …