| Year of Publication | 2016 | Division | Applied Meteorology Research Division |
|---|---|---|---|
| Title | Analysis of the High-Resolution Future Wind Resource based on RCP Scenarios | ||
| Author | 임윤정 | ||
| Coauthor | 김선애, 장동호, 박종철, 김연희, 김백조, 김맹기 | ||
| ISBN(ISSN) | 1975-6151 | Name of Journal | 건국대학교 기후연구 |
| Category (International/Domestic) | 국내 | Vol. No. | 11(1) |
| Research Project Title | 응용기상기술개발연구 (2016년) | Publication Date | |
| Keywords | 풍속, MK-PRISM-Wind, PRIDE-WS, 통계적 상세화, 고해상도, 상층풍, 누적분포함수 적합 | ||
We developed the Parameter-elevation Regressions on Independent Slopes Model(PRISM)-based Dynamical downscaling Error correction(PRIDE)-Wind speed(WS) model version 3.0 to produce highresolution(1km) grid data at a monthly time scale by using observation and Regional Climate Model(RCM) wind speed data. We consequently produced monthly wind speed grid data during the observation period(2000~2014) and the future period(2021~2100) for Representative Concentration Pathway(RCP) 2 type scenarios by using the PRIDE-WS model. The PRIDE-WS model is constructed by combining the MK(Modified Korean)-PRISM-Wind, the RCM anomaly and Cumulative Density Function(CDF) fitting, basically based on Kim et al.(2016)’s algorithm applied for daily precipitation. The upper level wind(80m altitude) was estimated by Deacon equation using surface wind speed that was produced by the PRIDE-WS model. The results show that the wind speed at the upper level generally increased during the summer season while it decreased during the spring, autumn and winter seasons.
