낙동강수계의 소수력자원 특성 분석 = Analysis of Small Hydropower Resource Characteristics for Nakdong River System

다국어 초록 (Multilingual Abstract)

Small hydro power is one of the many types of new and renew able energy, which is planning to develop, asthe country is abundant in endowed resources. In order to fully utilize small hydropower resources, the reisa need for greater precision in quantifying small hydropower resources and establish an environment in which energy sources can be discovered using the small hydropower resource management system. This study has given greater precision to calculate annual electricity generation and capacity of small hydropower plants of Nakdong river system by inquiring into average annual rainfall, basin area and runoff coefficient, which is anticipated to promote small hydropower resources utilization. Smallhy dropower resource management system was also established by additionally providing base information on quantified small hydropower resources and analysis function and small hydropower generator status, rivers, basin, rainfall gauging station, water level gauging station etc.. Small hydropower resource management system can be used gather basic information for positive applications of small hydropower energy nationwide.

목차 (Table of Contents)

• Abstract
• 기호설명
• 1. 서론
• 2. 유량지속 및 소수력발전 성능예측모델
• 3. 소수력 자원의 수문학적 성능특성 분석
• 4. 소수력 자원관리시스템 적용
• 5. 결론
• 참고문헌

참고문헌 (Reference)

1 박완순, "유입량변화에 의한 소수력발전소의 수문학적 성능특성 변화" 한국수자원학회 43 (43): 393-398, 2010

2 "WAMIS: Water Management Information System"

3 Park, W. S., "The Study of Performance Prediction Methods for Small Hydro Power Sites" 2003

4 Kang, Y. H., "The Establishment of New and Renewable Energy Resource Map & Utilization System" 2011

5 Park, W. S., "Feasibility Assessment for Small Hydro Power Sites in Korea" 17 (17): 1997

6 Kim, K. H., "Determination of the Optimal Installation Capacity of Small Hydro Power through the use of Economic Analysis" 40 (40): 2007

7 Park, W. S., "Analysis of Performance Characteristics for Small Scale Hydro Power Plant with Long Term Inflow Condition Change" 5 (5): 4-, 2009