Overview

This course provides a comprehensive exploration of renewable power projects with a focus on hydropower engineering. The course content incudes history of Hydropower Engineering, Hydropower Projects in India, key considerations in selecting location for hydroelectric projects. It elaborates on Hydrology, Stream Networks and Hydrometry, Water Availability and Design Flood Studies, Hydrograph and Flood Routing and Hydropower Potential and Efficiency. Geological and Geotechnical Considerations for hydropower projects are elaborated. The course delves into Construction Planning and Methods for Hydropower projects. Target Learners:  Undergraduate students of Civil Engineering  Post-Graduate Students of Integrated Water Resources Management  Post-Graduate Students of Structural Engineering  Faculties of Civil Engineering Domain  Working Professionals in the above domain & other aspiring learners Pre-requisites:  Fundamental knowledge on Fluid Mechanics, Applied Hydraulics, Water Resources Engineering  Exposure to Indian codal standards

Syllabus

Hydropower Projects

This course module provides a comprehensive introduction to renewable power generation, starting with an overview of various types of renewable energy projects before focusing specifically on hydropower engineering. It delves into the history of hydropower, offers a brief introduction to hydropower projects in India, and concludes by outlining the critical factors to consider when selecting a location for a hydroelectric power project, thus providing a structured understanding of hydropower within the broader context of renewable energy.

Hydrology - Planning and Feasibility

This module focuses on the critical hydrological analyses required for the successful planning and operation of hydropower projects. It delves into the assessment of water resources through water availability studies, ensuring a reliable supply for power generation. The module further explores the determination of design floods and the application of flood routing techniques to mitigate potential risks. It addresses the complexities of sediment transport, a crucial factor affecting the longevity and efficiency of hydropower infrastructure. Additionally, it examines head loss through water conductor systems, optimizing hydraulic performance. Finally, the module culminates in the assessment of power potential, enabling accurate evaluation of a project's viability.

Geological and Geotechnical Considerations

This module outline focuses on the critical interplay between geology and geotechnical engineering in the context of hydropower structures. It begins by addressing the potential for geological surprises and their impact, then progresses through the stages of geological investigation, including surface and subsurface exploration, interpretation, and modeling. The module details the geology of foundation strata, the integrated geological and geotechnical assessment, and the examination of geotechnical explorations. It further delves into seepage and foundation analysis, embankment design, slope stabilization, and concludes with case studies on different foundation treatment methods, offering a comprehensive overview of the geological and geotechnical considerations vital for successful hydropower project development.

Construction Methods

This module outline focuses on the construction aspects of hydropower projects, detailing the sequential stages from initial site setup and logistic planning to the specific construction methods for various components. It covers the development of site infrastructure, construction activities for diversion arrangements and intake structures, and the planning and methods for headworks and embankments. The module further explores the construction of underground works, powerhouses, and vertical shafts, offering a comprehensive overview of the construction processes involved in building a hydropower facility.