Layout Methods for Integrated Energy Supply Service Stations from the Perspective of Combination Optimization

Integrated energy supply service stations (IES) are a new type of transportation energy infrastructure offering the advantages of comprehensive functions and intensive land use while providing more convenient and efficient energy supply services. Through the analysis of service station characteristi...

Full description

Bibliographic Details
Main Authors: Zhenjun Zhu, Chaoxu Sun, Yudong He, Jiayan Shen, Jingrui Sun
Format: Article
Language:English
Published: Hindawi-Wiley 2021-01-01
Series:Journal of Advanced Transportation
Online Access:http://dx.doi.org/10.1155/2021/6664115
id doaj-be29ef0eed3b45cba18e21193499a3ff
record_format Article
spelling doaj-be29ef0eed3b45cba18e21193499a3ff2021-05-17T00:01:41ZengHindawi-WileyJournal of Advanced Transportation2042-31952021-01-01202110.1155/2021/6664115Layout Methods for Integrated Energy Supply Service Stations from the Perspective of Combination OptimizationZhenjun Zhu0Chaoxu Sun1Yudong He2Jiayan Shen3Jingrui Sun4College of Automobile and Traffic EngineeringZhejiang Provincial Petroleum Co., Ltd.College of Automobile and Traffic EngineeringSchool of TransportationCollege of Automobile and Traffic EngineeringIntegrated energy supply service stations (IES) are a new type of transportation energy infrastructure offering the advantages of comprehensive functions and intensive land use while providing more convenient and efficient energy supply services. Through the analysis of service station characteristics, this study regards the IES as a spatially superimposed combination of various energy supply services, proposes a layout method from the perspective of combination optimization, and establishes a station optimization model for energy supply stations. This method aims to further coordinate and optimize the combination of various energy supply stations to achieve global optimization of the energy supply service system. Finally, this study uses a hypothetical situation for example analysis to verify the validity and rationality of the method. The layout plan proposed in this study has important theoretical and practical significance for how to achieve the optimal layout of an IES.http://dx.doi.org/10.1155/2021/6664115
collection DOAJ
language English
format Article
sources DOAJ
author Zhenjun Zhu
Chaoxu Sun
Yudong He
Jiayan Shen
Jingrui Sun
spellingShingle Zhenjun Zhu
Chaoxu Sun
Yudong He
Jiayan Shen
Jingrui Sun
Layout Methods for Integrated Energy Supply Service Stations from the Perspective of Combination Optimization
Journal of Advanced Transportation
author_facet Zhenjun Zhu
Chaoxu Sun
Yudong He
Jiayan Shen
Jingrui Sun
author_sort Zhenjun Zhu
title Layout Methods for Integrated Energy Supply Service Stations from the Perspective of Combination Optimization
title_short Layout Methods for Integrated Energy Supply Service Stations from the Perspective of Combination Optimization
title_full Layout Methods for Integrated Energy Supply Service Stations from the Perspective of Combination Optimization
title_fullStr Layout Methods for Integrated Energy Supply Service Stations from the Perspective of Combination Optimization
title_full_unstemmed Layout Methods for Integrated Energy Supply Service Stations from the Perspective of Combination Optimization
title_sort layout methods for integrated energy supply service stations from the perspective of combination optimization
publisher Hindawi-Wiley
series Journal of Advanced Transportation
issn 2042-3195
publishDate 2021-01-01
description Integrated energy supply service stations (IES) are a new type of transportation energy infrastructure offering the advantages of comprehensive functions and intensive land use while providing more convenient and efficient energy supply services. Through the analysis of service station characteristics, this study regards the IES as a spatially superimposed combination of various energy supply services, proposes a layout method from the perspective of combination optimization, and establishes a station optimization model for energy supply stations. This method aims to further coordinate and optimize the combination of various energy supply stations to achieve global optimization of the energy supply service system. Finally, this study uses a hypothetical situation for example analysis to verify the validity and rationality of the method. The layout plan proposed in this study has important theoretical and practical significance for how to achieve the optimal layout of an IES.
url http://dx.doi.org/10.1155/2021/6664115
work_keys_str_mv AT zhenjunzhu layoutmethodsforintegratedenergysupplyservicestationsfromtheperspectiveofcombinationoptimization
AT chaoxusun layoutmethodsforintegratedenergysupplyservicestationsfromtheperspectiveofcombinationoptimization
AT yudonghe layoutmethodsforintegratedenergysupplyservicestationsfromtheperspectiveofcombinationoptimization
AT jiayanshen layoutmethodsforintegratedenergysupplyservicestationsfromtheperspectiveofcombinationoptimization
AT jingruisun layoutmethodsforintegratedenergysupplyservicestationsfromtheperspectiveofcombinationoptimization
_version_ 1721438720727449600