wind turbine in a field

A wind turbine in a field in France. Photo courtesy of Michael Ashcroft

Clean

Wind energy does not emit any form of pollution in operation, though the manufacture of the turbines will have associated emissions.

Wind as a free resource

With wind energy there are no fuel concerns. As long as the wind blows within appropriate speed limits (not too fast or too slowly), wind turbines operate.

Not only that, but wind is freely available in all countries; it does not need to be imported or sourced.

Localisable

Due to their nature, wind turbines can be placed in a variety of rather inhospitable locations. In fact, they are ideal for mountainous/exposed regions where regular power plants are unsuitable, because of the strong winds.

Scalable

Wind turbines come in a variety of sizes each rated to a different power output. A medium sized wind turbine could help to provide energy for a small, isolated community, for example, which is inaccessible to regular energy supplies.

Domestic turbines are available and can easily power a home, however only if the turbine is places in an exposed region with high winds.

Decentralised

Rather than one large power plant generating large amounts of electricity, many smaller wind turbines can produce the same amount. This means there's less chance of a large failure and it's also less susceptible to some sort of interference. In fact, wind power is ideal for microgeneration.

That said, wind energy does suffer extremely from variations in availability of the wind, so no amount of installed wind turbines could ever replace a base-load supply without being coupled with an energy storage system (currently not realistically possible).

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Who am I?

My name is Michael, I'm a postgraduate student studying Environmental Technology, specialising in energy policy. I have an undergraduate degree in Physics.

I discovered my interest in energy during the second year of my Physics degree, in a module called "Environmental Physics". It was a very general course and covered topics which would be completely inappropriate here (dry adiabatic lapse rate, anyone?) but it was enough to make me want to learn more about the other aspects of energy and the environment, away from pure Physics.

This site, my postgraduate studies, and hopefully a career are due to that interest.

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I welcome your comments, questions and criticisms (constructive, please!). You can contact me on the contact page.

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If there is demand for it, I would like to send a monthly newsletter with site updates, news from the world of energy and the environment and such. I promise not to send anything even resembling spam!

Please register your interest using the form on this page. If there is enough interest, I will endeavour to make it the best newsletter I can!

Recommended Reading: Sustainable Energy - without the hot air

Amazon UK

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If there is one book I would recommend to clarify the energy issues we face, it would be "Sustainable Energy - without the hot air" by David MacKay. A physics professor at the University of Cambridge (UK), MacKay deals with the topic entirely from an analytical point of view.

This book is almost constantly open on my desk for reference; no other book I've read has come close to the clarity of this one. There is no politics, no social consideration or economics, just the plain numbers behind how much we use and how much each source of energy can give us.

Numbers don't lie. Don't worry about being told to change your lifestyle - another book will do that, no doubt. This one will give you the tools you need to come to informed conclusions about energy, and I cannot recommend it highly enough. If you buy a single book on the topic, make it this one.

You can see the book's website at withouthotair.com.