Wind Turbines
Theory and Practice

Explains the key aspects of wind turbine technology and its application in a single readable text.

Colin Anderson (Author)

9781108478328, Cambridge University Press

Hardback, published 20 February 2020

322 pages, 3 colour illus.
26 x 18.2 x 1.9 cm, 0.83 kg

'The author takes the reader through the fundamentals of wind turbine engineering in a clear, concise and engaging way. He […] introduces some of the fundamental engineering challenges, such as fatigue and noise, that hampered early designs, as well as key insights that enabled greater energy production efficiency, such as advances in aerodynamic theory, control theory and materials science. Clear and easy-to-understand explanations are given for the complex drivers of wind, as well as common models used for its characterisation. This enables the reader to understand the context for high-level decision making, such as where to site wind turbines and how to estimate available wind energy. Overall, this book provides an excellent handbook for anyone who seeks to build their understanding of wind turbine design, both engineers and non-engineers alike.' Institution of Civil Engineers

In the multi-disciplinary field of wind energy, students and professionals can often be uncomfortable outside their own specialist areas. This essential textbook explains the key aspects of wind turbine technology and its application in a single readable text. Covering a broad range of multi-disciplinary topics, including everything from aerodynamics through to electrical and control theory, to structures, planning, economics, and policy, this reference is an excellent toolkit for undergraduate students, postgraduate students, and professionals in the field of wind energy. Key concepts, including more challenging ones such as rotational sampling of turbulence, vortex wake structures, and reactive power management, are explained using clear language and simplifying illustrations including experimental graphs, photos, and line drawings.

1. Introduction
2. The wind and its characteristics
3. Aerodynamic theory
4. Rotor design and performance
5. Electrical aspects
6. Control
7. Structural loading and response
8. Rotor blade technology
9. Siting and installation
10. Planning and environment
11. Economic and political considerations.

Subject Areas: Aerospace & aviation technology [TRP], Environmental science, engineering & technology [TQ], Energy technology & engineering [TH], Aerodynamics [TGMF1], Engineering: general [TBC]