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Energy for Sustainability: Technology, Planning, Policy

Energy for Sustainability: Technology, Planning, Policy
Authors: John Randolph, Gilbert M. Masters
Publisher: Island Press
Category: Book

List Price: $85.00
Buy New: $68.00
You Save: $17.00 (20%)



New (5) Used (2) from $61.20

Avg. Customer Rating: 5.0 out of 5 stars 1 reviews
Sales Rank: 223235

Media: Hardcover
Edition: 1
Number Of Items: 1
Pages: 816
Shipping Weight (lbs): 4.9
Dimensions (in): 10.2 x 8.4 x 2.3

ISBN: 1597261033
Dewey Decimal Number: 333.79
EAN: 9781597261036
ASIN: 1597261033

Publication Date: June 30, 2008
Availability: Usually ships in 24 hours

Also Available In:

  • Hardcover - Energy For Sustainability: Technology, Planning, Policy

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Editorial Reviews:

Product Description

Energy for Sustainability is the first undergraduate textbook on renewable energy and energy efficiency with a unique focus on the community scale. Written by two of the foremost experts in the field, it is a pedagogically complete treatment of energy sources and uses. It examines the full range of issues—from generating technologies to land use planning—in making the transition to sustainable energy.

The book begins by providing a historical perspective on energy use by human civilizations and then covers energy fundamentals and trends; buildings and energy; sustainable electricity; sustainable transportation and land use; and energy policy and planning. Included in these topical areas are in-depth discussions of all of the most promising sources of renewable energy, including solar photovoltaic systems, wind turbines, and biofuels. In addition, the authors offer a thorough presentation of “green” building design, the impact of land use and transportation patterns on energy use, and the policies needed to transform energy markets at the local, state, and national levels. Throughout, the authors first provide the necessary theory and then demonstrate how it can be applied, utilizing cutting-edge practices and technologies, and the most current available data.

Since the dawn of the industrial age, the explosive growth in economic productivity has been fueled by oil, coal, and natural gas. World energy use nearly doubled between 1975 and 2005. China’s energy use has been doubling every decade. The implications for the environment are staggering. One way or another, our reliance on fossil fuels will have to end. Energy for Sustainability evaluates the alternatives and helps students understand how, with good planning and policy decisions, renewable energy and efficiency can support world demands at costs we can afford—economically, environmentally, and socially.




Customer Reviews:

5 out of 5 stars monumental work!   July 30, 2008
This book provides a clear, comprehensive and an excellent elucidation of the technical basis, systems design, economic analysis, environmental impact and planning/policy of renewable and sustainable energy in all its multifarious manifestations and dimensions. Based partly on Prof. Masters' earlier work (Renewable and Efficient Electric Power Systems), this volume is completely redesigned and rewritten from the ground-up taking a multidisciplinary and whole life cycle approach. Besides nicely upgraded material on wind, solar and other renewables (see the excerpt from the previous review below), entirely new chapters are presented on
a. green buildings - embodied energy and cradle-to-cradle analysis of the built environment, ZEH, etc.
b. transportation - well-to-wheels analysis, hybrid, plug-in electric vehicles, FCEV, etc.
c. biomass - net energy, yield, emissions analysis of ethanol, biodiesel, etc.
d. land use planning - transit-oriented development, smart growth models, etc.
e. policy/planning - regulations, standards, ITC, PTC, FIT, carbon trading, RPS, etc.

The book provides most anything (nearly 800 pages) one wants to know under the clean-tech sun, prior to doing further advanced research on a specific area of interest. The book is published by a non-profit and hence the too-good-to-be-true low price. Reading is a joy with numerous colorful graphs, diagrams, flowcharts, real-world examples and actual photos. If you had to buy only one book in this space, u couldn't go wrong here - it is destined to be a classic.

------------------------------------------------------------
Also applicable to this review is the excerpt from the review of Prof. Masters earlier book "Renewable and Efficient Electric Power Systems"

Prof. Masters assumes nothing of the reader and takes her/him through a narrative that is just so-perfectly blended with rigorous, yet first-order analytical methods to enable the joyous discovery and lucid understanding of most of the major renewable sources of energy - from the gusty wind to the brilliant sun. He explains, proves and illustrates the logic, the math and the mechanics of the what, why and how it all works. He then gets under the hood and crunches the numbers (the economics) of if, when and where it all makes sense.

For instance, he'd prove Betz's law for the maximum efficiency of a wind turbine or derive the average wind power with a Rayleigh p.d.f by totally simplifying the convoluted math and soon follow it up with a practical example of whether it makes economic sense for a farmer to lease his land to a wind farm. Every concept is suffused with first-rate real-world examples:
* should a house in Boulder, CO use a single-axis tracker for a photo-voltaic installation? How about Madison, WI?
* what is the carbon spewed out by a coal-fired power plant? How does that compare to a combined cycle natural gas plant?

In addition to a fair amount of coverage of various renewable and distributed energy resources, a complete soup-to-nuts analysis of photo-voltaic design, sizing and analysis is presented. And it doesn't stop there. Energy efficiency is a major theme - ever heard of absorption cooling? All of this material is developed in the context of `basic electricity' that powers and runs most everything today (except vehicles of course, but that's also soon coming...) The beauty of it all is the seemingly effortless simplicity in which the concepts are explained/analysed without sacrificing rigor - it just flows!



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