| 서울시 전기차 보급을 위한 공공 급속충전기의 최적입지 분석 | |
| Optimal Location of Public Fast Chargers for Electric Vehicle Supply in Seoul | |
| 심혜영 | |
| Sim, Hyeyoung | |
| The uptake of electric vehicles (EVs) has risen with the global uptrend of many countries' decarbonization policies. EVs have received the world's attention as the most effective method to reduce carbon dioxide on the road. Except for the forerunners in electric mobility, most countries have just started installing and providing public charging infrastructure. In the initial adoption stage of EVs, the public infrastructure for charging is crucial to appeal to the public, thereby accelerating its adoption. Previous studies on public fast-charging stations have rarely integrated real-world problems and spatial constraints into the optimal location. To solve this contextual gap, the study proposed identifying the optimal location for fast-charging public stations through a spatial location-allocation model based on a road network and demand analysis based on the total number of registered EVs by the districts. Seoul Metropolitan Government aims to supply 22,000 charging stations and 300 fast chargers by 2022. This study, therefore, considered the optimal allocation of the public fast-charging stations in Seoul. To identify the location points where new charging stations can be installed for 25 districts of Seoul, this study initially applied the Service Area Analysis and Minimum Facility methods of the spatial Location-Allocation Model. Identifying the number of the installation points was based on the criteria for the total number of registered EVs by the district through a demand analysis. This study recognized that the Service Area Analysis had its methodological limitation due to not reflecting the differentiated demand by considering only the optimal location, not the density of charging stations. The implementation of the demand analysis resolved this limitation. This complementary methodology demonstrated a significant approach, considering the charging station distribution and the density of chargers in charging stations when considering future expansions of the charging network. | |
| Electric Vehicle, Public Fast-charging Stations, Location-Allocation, Optimal Location, Optimal Quantity | |
 1304-11수정.pdf | |
| 2093-5919 | |
| 2586-2782 | |
| 2022-08 |
