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해수유동 수치모의를 활용한 조류에너지 잠재량 산정 연구
조철희(Chulhee Jo),이강희(Kanghee Lee),조봉근(Bongkun Cho),황수진(Sujin Hwang) 한국신재생에너지학회 2016 신재생에너지 Vol.12 No.S2
This paper describes the methodology and results of a tidal current resource assessment in Korea based on the mean surface velocities from tidal current observations and numerical simulations. The tidal current observation data from 1,938 measuring points was provided by the KHOA (Korea Hydrographic and Oceanographic Agency). A numerical simulation of ocean flow circulation in Korea was conducted to explore the detailed distribution of tidal currents in Incheon-Gyeonggi and Jeollanam-do where there are very high tidal energy potentials and suitable sites for tidal energy farm development. The theoretical tidal current potential was calculated using the API (Averaged Power Intercepted) method which is generally applied in wind power potential estimation in Korea. A numerical simulation of the flow circulation through narrow passages between the islands is very important for resource assessment study.