| Title |
A Study on Mobility Loads and the Deployment Patterns for the Development of Smart Place Load Model |
| Authors |
황성욱(Hwang, Sung-Wook) ; 송일근(Song, Il-Keun) ; 김정훈(Kim, Jung-Hoon) |
| DOI |
https://doi.org/10.5370/KIEE.2014.63.2.217 |
| Keywords |
Load model ; Load composition rate ; Load forecasting ; Mobility load ; Electric vehicle ; Deployment pattern ; Diffusion model ; Smart place ; Micro grid |
| Abstract |
Recently, various researches and projects about electric vehicles are in progress vigorously and continuously and it is expected to penetrate rapidly with the next a few years. This deployment will cause the change of load composition rate affecting on power system planning and operations. Therefore, a new load model should be developed integrating with electric vehicle loads. In this paper, the load composition rate of residential sectors is analyzed considering the deployment of this mobility load such as electric vehicles and a new diffusion model is proposed based on the classification of the replacement patterns. Additionally, electric vehicle charging loads are basically modeled by some individual load experiments to develop new load models for smart place and some new conceptual power systems such as micro grids. |