Abstract
The integrated energy service system for an specific area is supposed to deliver electric and thermal energy in an integrated manner for purpose of reducing cost, primary energy consumption and CO2 emission. This paper proposes a planning model for the integrated energy service, consisting of three sub-models. First problem is to determine the optimal share of energy system options including the District Heating and Cooling (DHC) system. Next, for the area with the DHC system, the piping network for the transportation of thermal energy is determined to transport thermal energy. Finally, electric energy delivery network is determined. Particularly, this paper focuses on a coordination procedure of the energy system planning sub-model and the piping network planning sub-model.
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