Following solar energy, the text explores Wind Energy, a sector that has seen exponential growth globally. Rajput provides a detailed analysis of wind turbines, aerodynamics of rotor blades, and the classification of wind energy conversion systems. By including data on wind speed variations, wind power density, and the mechanics of both horizontal and vertical axis turbines, the book offers a granular look at how kinetic energy from air is transformed into electrical power. This section is particularly crucial for engineers working in the context of rural electrification and grid integration, where wind variability is a major design challenge.
Non-Conventional Energy Sources and Utilisation R.K. Rajput , published by S. Chand Publishing
The mathematical formulation of wind power availability and the concept of the Betz Limit (maximum theoretical efficiency). 4. Bio-Energy (Biomass and Biogas)
Hydrothermal resources and dry steam systems. Power Plants: Flash steam and binary cycle power plants. E. Ocean Energy Tidal Power: Principles of tidal barrages.
Betz limit, wind speed distributions, and power estimation.
R.K. Rajput’s textbook is specifically structured to help students excel in university examinations and competitive engineering trials like GATE and IES.
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