Short-Term Self-Scheduling of Virtual Energy Hub Plant Within Thermal Energy Market

Multicarrier energy systems create new challenges as well opportunities in future systems. One of these is the interaction among multiple and hubs different markets. By advent local thermal market many countries, hubs' scheduling becomes more prominent. In this article, a approach to offered, called virtual hub (VEH). The proposed concept hub, which named VEH referred an architecture based on beside self-scheduling approach. operated carriers facilities maximizes its revenue by participating various optimizes from electrical markets examining both Participation player using integrated point view can be reached higher benefit optimal operation comparison with independent competitive market, problem order maximize considering uncertainties related renewable resources. To handle under uncertainty, nonprobabilistic information gap method implemented study. model enables pursue two strategies concerning uncertainties, namely risk-averse strategy risk-seeker strategy. For effective participation renewable-based plant compressed air storage unit used solution for volatility wind power generation. Finally, applied test case, numerical results validate