Risk‐based optimal operation of coordinated natural gas and reconfigurable electrical networks with integrated energy hubs

This paper elaborates on optimal scheduling of coordinated power and natural gas (NG) networks in the presence interconnected energy hubs considering reconfiguration as a flexibility source. With regard to hub system consisting several generation units, storage conversion technologies, well gas-fired high interdependency between electricity carriers should be captured. The hourly capability is developed for first time multi-energy enhance dispatch consumption pattern. realistic electrical NG grids investigated by employing steady-state Weymouth equation AC-power flow model networks, respectively. Furthermore, handle risk associated with strong uncertainty wind power, load, real-time price, conditional value at approach employed. proposed implemented integrated test simulation results are presented different cases. impact aversion level operating cost controllable units examined. Numerical demonstrate that reconfigurable reduces operational up 7.82%.