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A multi-objective optimal hybrid power flow algorithm was proposed for multi-objective scheduling and management of the integrated community energy system (ICES). Firstly, an energy conversion analysis model for the energy center was developed based on the energy hub model. Then, a multi-objective optimal hybrid power flow algorithm is proposed to minimize the operation cost and total emission of...
Due to the presence of combined heat and power plants (CHP) and thermostatically control loads, heat, natural gas, and electric power systems are tightly coupled in community areas. However, the coordination among these systems has not yet been fully researched, especially with the integration of renewable energy. This paper aims to develop a hierarchical approach for an integrated community energy...
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