A configuration optimization framework for renewable energy systems integrating with electric‐heating energy storage in an isolated tourist area

Abstract The renewable energy system integrates various power generating units, heating conversion devices, and storage which is an effective way to improve efficiency realize clean utilization. In this paper, a integrating with photovoltaic electric generation systems, wind‐driven generators, gas‐driven gas‐fired boilers, chillers, devices constructed in isolated tourist area. Considering the complex multi‐energy flows hub heat established concentrate distribute flow for balancing supply demand CCHP system. Introducing constraints of penetration index reliability index, collaborative optimization framework configuration minimize annual capital cost, fuel maintenance cost. simulation results show that model algorithm paper are feasible applicable, scheme has good economic benefits optimal performance, can promote consumption reduce surplus energy.