초록

본 연구의 내용 및 범위는 소수력 발전에 관한 전체적 시스템 관점에서 부분별로 수리학적 해석 방법, 통계자료 및 토목자료가 충분한 경우와 불충분한 경우 유황곡선을 구하는 전산 프로그램 개발, 수로해석, 장차 표준화 작업의 기초자료가 될 수차와 발전기 및 주변기기의 선정 및 결정방법, 자연의 생태계 및 사회제도적 관습에 따른 환경 문제를 야기시킬 중요인자 파악 등을 수행하였고 이는 장치 전반적인 표준화 작업에 필요한 기초 자료로 사용될 것으로 생각된다.

Abstract ▼

This project contents are as follows:
1. Hydrologic Analysis : This discusses methods for estimating the energy production and power potential of a site through the analysis of stream flows. Emphasis is placed on analysis techniques such as flow-duration curve computations, data handling, regiona

This project contents are as follows:
1. Hydrologic Analysis : This discusses methods for estimating the energy production and power potential of a site through the analysis of stream flows. Emphasis is placed on analysis techniques such as flow-duration curve computations, data handling, regional hydrologic assessments, and statistical methods. The chapter also provides a simple approach to making "first cut" estimates of hydropower resources suitable for overall regional assessments or for reconnaissance studies.
2. Hydrologic Computations at a Small Hydro Site : This describes a simple method for determining maximum, minimum, and flow-duration information at a small stream with extremely limited hydrologic data. This field procedure was developed specifically for use in rural areas.
3. Site Development and Hydraulic Analysis : This presents the tasks involved in developing a site from its original state to that of an electricity producing system. Some of the elements considered are topography, geology, hydraulic design, turbine setting, powerhouse and switchyard, access, and cost.
4. Dams and Reservoirs : This describes the types of dams and reservoirs appropriate for small hydro sites. Materials for construction and structural integrity are also discussed.
5. Hydraulic Turbines : This traces the history of turbine development and fluid mechanics theory and describes the major types of turbines and cavitation theory. The selection of turbines appropriate for a given application in terms of head and flow is also discussed.
6. Generation and Electrical Equipment : This reviews basic theory of ac electricity, operation of electrical machines, equipment selection procedures, controls, and safety considerations.
7. Environmental Impact : This discusses potential environmental problems resulting from site development and recommends remedies avaiable to redice or minimize adverse impacts

목차 Contents

• 표지...1
• 제1장 서론...15
• 제2장 수문학적 해석...17
• 제3장 소수력 발전을 위한 수문학적 계산...61
• 제4장 소수력 발전소 설계...100
• 제5장 댐과 저수지...138
• 제6장 수차...169
• 제7장 발전과 전기적 장치...258
• 제8장 환경문제...307
• 제9장 결론...333
• 참고문헌...335