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Smart city article details

Title	Integrated Plan And Evaluation Of Distributed Energy System By Area Energy Network In Smart Community Toward Low Carbon Society
ID_Doc	31871
Authors	Fan L.
Year	2023
Published	Green Energy and Technology
DOI	http://dx.doi.org/10.1007/978-3-031-21097-6_6
Abstract	The growing concern on global warming has driven the increasing concern on the development of distributed energy resource. It can contribute to the carbon reduction but also make challenges to the conventional grid as well. The dispersed small-scale energy plants and load variation hold up the development of distributed generation technologies. Additional benefit and solution to overcome this issue can be gained by the collaborative energy use between clusters of distributed energy plants in the neighborhood community, termed as area energy network. Further, with the introduction of smart city technologies, monitoring and optimizing the local energy supply and demand makes the area energy networks a higher environment performance. This is the main trend for the smart city demonstration in Japan. This chapter firstly introduces the paradigm shift at the community level energy supply, focusing on heat energy network and heat sharing in area energy network. Secondly, a heat sharing model with offline heat transfer conveys the concept of distributed energy generation (DEG), demand energy storage (DES), and demand side response (DSR), under the concept of smart city. Furthermore, this study also conducts a case study, in which geographic information system (GIS) is used to mapping the potential of untapped heat resource. © 2023, The Author(s), under exclusive license to Springer Nature Switzerland AG.
Author Keywords	Area energy network; Distributed energy system; District heat sharing; Offline heat transport

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