강우형태변화에 의한 소수력발전소 수문학적 성능의 변화
Hydrologic Performance Change of Small Scale Hydro Power Plant with Rainfall Condition Change
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초록
The effects of design parameters for small scale hydro power(SSHP) plants due to climate change have been studied. The model to predict hydrologic performance for SSHP plants is used in this study. The results from analysis for rainfall conditions based on KIER model show that the capacity and load factor of SSHP site had large difference between the period. Especially, the hydrologic performance of SSHP site due to rainfall condition of recent period varied in design flowrate sensitively. However climate change gave small effect in load factor of existing SSHP plant. And also, the methodology represented in this study can be used to decide the primary design specifications of SSHP sites.
Abstract
The effects of design parameters for small scale hydro power(SSHP) plants due to climate change have been studied. The model to predict hydrologic performance for SSHP plants is used in this study. The results from analysis for rainfall conditions based on KIER model show that the capacity and load factor of SSHP site had large difference between the period. Especially, the hydrologic performance of SSHP site due to rainfall condition of recent period varied in design flowrate sensitively. However climate change gave small effect in load factor of existing SSHP plant. And also, the methodology represented in this study can be used to decide the primary design specifications of SSHP sites.
참고문헌 (5)
- 김길호, "경제성분석에 의한 소수력 개발의 최적규모 결정 방안", 한국수자원학회 논문집, 40(12), pp.995~1005 (2007), 한국수자원학회
- Lee, C. H., "A Study on the Optimum Design Flowrate for Diversion Type Small Hydro Power Plant with Tunnels", SHP News, (4), pp.20~30 (1992), Hangzhou Regional Center for Small Hydro Power
- 박완순, "국내 소수력발전입지의 개발타당성 분석", 대한토목학회논문집, 17(2) (1997)
- Park, W. S., "An Analysis of Performance Characteristics for Small Hydro Power Plants", KWRA, 2(1) (2001)
- 박완순, "소수력발전소의 성능예측기법에 관한 연구", 한국수자원학회, 춘계학술대회 (2003)