As global demand for renewable energy sources surges, hydroelectric power plays a pivotal role in sustainable development. The Hydroelectric Power This course offers you an in-depth exploration of this vital sector, equipping you with the knowledge to shape the future of clean energy. Delve into the intricacies of hydropower systems, from the fundamentals from dams and reservoirs to the sophisticated engineering of hydraulic circuits and turbines. Gain an understanding of project development and environmental considerations, which are essential for addressing modern energy challenges. As industries increasingly seek skilled professionals in the field of renewable energy, this course puts you at the forefront, combining theoretical expertise with practical insights. Whether you’re striving to innovate Whether you’re looking to develop your skills in energy solutions or enhance your expertise, taking this course is your gateway to helping to create a greener planet.
Hydroelectric Power
Energy
40 hours
Introduction
Objectives
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To understand the basics of hydropower and its global significance.
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To explore the design and function of dams and reservoirs in hydropower systems.
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To analyse hydraulic circuits and their role in efficient energy generation.
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To identify the different types of hydroelectric turbines and their applications.
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To evaluate electrical equipment used in hydroelectric power stations.
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To examine pumped-storage systems and their benefits for energy management.
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To assess environmental impacts and sustainable practices in hydropower projects.
Table of Contents
UNIT 1. INTRODUCTION TO HYDROPOWER. DAMS AND RESERVOIRS
Introduction and general information on hydroelectric power generation
Typology of hydroelectric power stations
Hydraulic resource assessment
Dams and weirs (I). Introduction and classification
Dams and weirs (II). Measures, landfills and drainage
UNIT 2. HYDRAULIC CIRCUITS
Intake works
Channels and pressure galleries
Penstocks
Gates and valves
Hydraulic circuit equipment
UNIT 3. HYDROELECTRIC TURBINES AND ELECTRICAL EQUIPMENT
Powerhouse and an introduction to turbines
Fields of application for turbines and power turbines
Reaction turbines
Turbine selection criteria and performance
Generators, regulation and control
UNIT 4. PUMPED-STORAGE, PROJECT DEVELOPMENT AND ENVIRONMENTAL CONSIDERATIONS
Pumped-storage power stations
Feasibility studies
Sizing example
Hydroelectric projects
Environmental assessment. Environmental impact mitigation
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