Overview
Explore the fundamentals of hydroelectric power generation in this comprehensive Stanford University lecture delivered by Associate Professor Emeritus David Freyberg from the Civil and Environmental Engineering department. Delve into the physics of power generation from flowing water, examining the principles of energy transformation and the historical development of hydropower technology. Master the intricacies of modern hydropower facilities, their operational systems, and learn about various types of hydroelectric installations. Gain critical insights into the environmental impacts and contemporary challenges facing hydropower development, while understanding its role in the renewable energy landscape. Through detailed explanations and real-world examples, discover how hydroelectric systems contribute to global energy production, their operational characteristics, and the complex balance between power generation and environmental stewardship. The lecture covers essential topics from basic principles to advanced concepts, including facility design, operational strategies, and the broader context of hydropower in sustainable energy systems.
Syllabus
Introduction
Power in Flowing Water
Energy Transformation
History and Context
Energy Systems and Hydropower Facilities
Hydropower Operations
Hydropower Summary
Impacts and Issues
Taught by
Stanford Understand Energy