FUEL YOUR EVIL URGES WHILE YOU BUILD GREEN ENERGY PROJECTS!
Go green as you amass power! Fuel Cell Projects for the Evil Genius broadens your knowledge of this important, rapidly developing technology and shows you how to build practical, environmentally conscious projects using the three most popular and widely accessible fuel cells!
In Fuel Cell Projects for the Evil Genius, high-tech guru Gavin Harper gives you everything you need to conduct practical experiments and build energizing fuel cell projects. You'll find complete, easy-to-follow plans that feature clear diagrams and schematics, as well as:
Instructions for fascinating sustainable energy projects, complete with 180 how-to illustrations
Explanations of how fuel cells work and why the hydrogen economy will impact our lives in the near future
Frustration-factor removal-all the needed parts are listed, along with sources
Science fair project ideas that are on the cutting edge of the latest technological developments
Fuel Cell Projects for the Evil Genius gives you complete plans, instructions, parts lists, and sources to:
Understand how hydrogen could meet our energy needs in a post-carbon economy
Build a fuel cell car to race against your friends
Build an intelligent fuel cell car which autonomously drives
Build a simple fuel cell using adhesive bandages
Hydrogen fuel your iPod
Have a hydrogen barbecue-cook your food with zero carbon emissions!
Discover how the amounts of hydrogen supplied to fuel cells affect the amounts of electricity produced
outstanding It was very exciting to have all of this knowledge available, easy to understand and made it fun too.
Nice introduction to fuel cell concepts This book served as a nice introduction to fuels cells. It explains the basic concepts and how to build your own simple fuel cells without getting overly technical. It covers a lot of the different fuel cells types. I had previously only known about PEM and methanol fuel cells and this book has interested me into doing further research on microbial fuel cells.
My one issue with the book is with the part numbers listed for items from Fuel Cell Store (which the author mentioned working with to write this book). The part numbers listed were not always able to be found on the website. The alkaline fuel cell from the book is one example, it is no longer available from the store. I was able to find the manufacturer's website and they said they are no longer making it. For a book that was just published this seemed odd and these errors should been caught during proofreading. These errors are more of an issue with the earlier chapters and with experiments that most people are probably going to skip anyway to get to the more interesting ones.
unequivocally disappointing This text provides an exceptionally low level of information on a rather diverse and exciting field. I realize that I am probably not the target audience of this work, but it really could have stood to add some information digestible above the 8th-grade reading level. Secondarily, it reads like a product catalog for [...] with poorly written "projects" attached to the product descriptions.
I realize that a two star rating on Amazon.com is a rather scathing appraisal, but I feel it is appropriate in this case. I understand that this is a recently released book, indeed my copy is a first edition. Even considering that, this book should have never made it into print in its current condition. Typos and blatant errors infest the entire work. Captions are attached to the wrong pictures, pictures have text cut off of them, in fact entire paragraphs repeat the same information contained in the previous paragraph. Frankly it speaks to me of markedly poor copy editing (or in my opinion, no editing whatsoever) and provides a fine example of the failure of companies like McGraw-Hill to continue their production of quality material.
A very interesting and useful book for undergraduate school teachers and students The book shows the principles behind fuel cell devices using interesting experiments. It presents, for my surprise, a procedure to make a membrane electrode assembly using home avaliable equipaments. It has a rigorous scientific aproach about the theme (hydrogen and fuel cells) but using an understandable way to show it over the text. I really recommend this book for teachers to initiate their students into the fascinating world of fuel cells
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