Product Description

Product Details

• Amazon Sales Rank: #10854 in Books
• Published on: 2009-02-20
• Original language: English
• Number of items: 1
• Binding: Paperback
• 384 pages

Features

• ISBN13: 9780954452933
• Condition: NEW
• Notes: Brand New from Publisher. No Remainder Mark.
• Click here to view our Condition Guide and Shipping Prices

Review
Featured on NPR's Science Friday list of summer books "Anyone trying to write technical documents for a non-technical audience ought to read this, just to see how it's done. Edward Tufte quality." -quercus.livejournal.com "This is a must-have book for anyone who is seriously interested in energy policy." -Scott Kirwin, therazor.org "A delight to read and will appeal especially to practical people who want to understand what is important in energy and what is not." -Dr Derek Pooley CBE, former chief scientist, UK Department of Energy, and member, European Union Advisory Group on Energy "This is a brilliant book that is both a racy read and hugely informative . . . It shows . . . how cars might become far more efficient but why planes cannot." -David Newbery, director, Electricity Policy Research Group, University of Cambridge "Here are the numbers in a form easy to digest about energy use and availability. Fantastic achievement." -Professor Volker Heine, Fellow of the Royal Society "May be the best technical book about the environment that I've ever read. This is to energy and climate what Freakonomics is to economics." -boingboing.net "A tour de force . . . As a work of popular science it is exemplary . . . For anyone seeking a deeper understanding of the real problems involved [it] is the place to start." -economist.com

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Customer Reviews

A Must Read if discussing sustainable or renewable energy
This book is an essential resource for understanding energy policy as it relates to conservation and to renewable resources.

I've just been listening to yet another "news" report pointing out that compact fluorescent light bulbs don't save much energy because an incandescent light bulb will also heat your house.

Coincidentally I had just read the part of this book dealing with this myth, so I was able to confidently mutter under my breath "true, but only in the winter (when you need the heating) and only if you are heating inefficiently using electricity."

This book puts real numbers to a lot of hand-waving arguments which are used to justify grandiose claims made for different renewable energy sources or to imply that we could save the world if we all just unplugged our mobile phone chargers. Some of the arguments stand up when the numbers are put in, but many don't. When you see what the numbers are, it becomes evident how unrealistic and ineffectual many of the proposals are.

Is it worth unplugging a power block when not in use? Can planes be made more efficient? How much space would solar farms or a wind farms need to occupy to meet our energy needs? How much agricultural land would be required for bio-diesel? All these questions (and many more) are answered.

What makes this book really stand out is that it converts energy amounts to comprehensible units (kilowatt-hours per person per day), supplies copious references for the numbers used, and provides the calculations on which the arguments are based. (Detailed calculations are presented in appendices for the math-averse and should be accessible to anybody with a basic knowledge of physics).

Note. Although this book is primarily aimed at a UK audience (energy consumption figures are based upon UK patterns, and land use proposals are related to UK locations), the discussions are of global applicability.

Do the numbers!
This book is essential for anyone thinking about energy policy. It excels because MacKay does not espouse one specific solution, but rather teaches the reader how to create solutions and evaluate them. He emphasizes that the numbers must add up -- total energy production must equal total energy consumption.

In a way the book is very simple. He leads the reader by the hand in estimating the energy requirements of society - transportation, heat, food, gadgets, and so on. He similarly helps you make credible estimates of achievable production from sources such as sunlight, tides, hydro, nuclear, wind, coal, and oil.

Like a good physicist, MacKay is able stand back and estimate these numbers top-down from first principles, with just enough depth to generate numbers that are credible to you and good enough for policy making.

The charts, graphs, tables, and pictures are extensive and clear.

If you have a particularly loved energy source [wind?] or a particularly hated one [coal?] you can "do the numbers" and build your own energy policy. The only requirement is that the numbers add up!

The true meaning of without hot air
An excellent book which puts our energy consumption in understandable kilowatt-hours per person per day terms and then quantifies, in the same terms, the energy we can get from different sustainable energy sources.

This clarifies the size of the changes required in world energy supply. They are mindbogglingly huge.

The question is not: `Wind or nuclear?' It is `What do we do given wind plus nuclear plus all other renewables plus CCS will not our demands?'

The answer (which the book only hints at) is both lifestyle change and limits on the global human population. The sooner we realise this and act accordingly the less painfull the transition will be.