"hand made" Edison batteries - well, it's getting the materials, perf nickle and steel, and jamming them into jars.... Edison had a machine shop, and a factory to do it. For household size, it's beyond what I was willing to jump into. Pb batteries don't have a good shelf life, but maybe with a nitrogen purge, I could store them. So, I'm my own guinea pig. At least I'm not Dr. Moreau and won't spread hybrids around. (or GMO's)
of course, the attached chart is valuing my time at some $, but I'm not paying myself to water my own batteries. (hey, maybe that's a tax writeoff )
Nickel Iron vs. Lead Acid - Off Grid battery debate
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Last edited by Mike90250; 09-07-2011, 07:25 PM. -
Mike,for sure there are a lot of negatives and please forgive my niave question but for all the money you spending,couldnt you have bought a lifetime of FLA and then some and still have change?
Now dont get me wrong! a friend actually mentioned the topic of NiFe batteries and said we should make our own and it really sounds cool so I am really interested but I have had my time wasted with DIY panels....making your own NiFe batteries just seems like more wasted time and a lot of danger? Would you agree?Leave a comment:
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Pick up battery book?
I really like the opening line;
"It is quite possible that the man who has taught us to put up electricity in bottles has accomplished greater things than any other inventor who has yet appeared."
-- The New York Times, June 11, 1881
http://www.amazon.com/Bottled-Lightn...0701346&sr=1-1
All the best,
BranLeave a comment:
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For those looking for Nickel Iron battery prices to include in your calculations, this may be a good resource.
http://ironedison.com/storeLeave a comment:
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Iron Edison Battery Store
For those looking for Nickel Iron battery prices to include in your calculations, there may be some updated resources online.Leave a comment:
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They are expen$ive. All that nickel, they may as well be $tainless$teel.
And they are not nearly as dense as the lead acid batteries. takes up about 4x the floor space in the battery room. And higher internal resistance, so more loss, and less surge capacity, so next size up. And a bit less efficient (70% vs Pb 80%) Ouch. So it's basicaly fear of not being able to get any batteries 10 years from now. I'm buying my battery changes NOW, instead of spreading it out over 40 years of replacements (4 sets) of lead acid.
and I now hear they are hung up in customs waiting for inspection. And my vacation time is already scheduled at my company, so I go to the ranch and wait. Plenty of other things to do.Leave a comment:
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Mike.How is you NiFe bank treating you?
Just curious...A battery that lasts so long and can be completely drained with out the ill effects.Sounded nice.So was just wondering how its going and if you miss your FLA's. (Dont even start with me Sunking) ;PLeave a comment:
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Bottled Lightning
I really like the opening line;
"It is quite possible that the man who has taught us to put up electricity in bottles has accomplished greater things than any other inventor who has yet appeared."
-- The New York Times, June 11, 1881
Leave a comment:
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Leave a comment:
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List of Ni-Fe resources
Historical info and retail sales of ni-fe batteries:
Terravolt, LLC: Solar Design, Consulting, Project Management, Tech Support, Permit assistance, Installer Referrals: Off-grid, grid-tied, DIY, EPC
US Patent No. 827,297
Alkaline Battery
Patented July 31, 1906
by Thomas Alva Edison
( .PDF )
Download@FreePatentsOnline
Nickel-Iron Battery
From Wikipedia
NiFe Safety Lamp
@Mine-Explorer
Charging Caving Batteries
Cambridge Underground 1979
pages 51-55
@Cambridge University Caving Club Archive Site
The Edison Alkaline Storage Battery
by the Technical Staff of the
Edison Storage Battery Company, 1924.
Download@GoogleBooks
Some Notes on the Edison
Nickel-Iron Storage Battery
by F.M. Davis
~ from :
Journal of the Western Society of Engineers,
Volume 9, Western Society of Engineers, 1904,
page 521.
Download@GoogleBooks
Edison's Struggle to
Build a Better Battery
~ from :
Popular Science Magazine
December 1959, page 132.
Preview@GoogleBooks
Popular Science gives our readers the information and tools to improve their technology and their world. The core belief that Popular Science and our readers share: The future is going to be better, and science and technology are the driving forces that will help make it better.
Nickel/Iron Batteries
~ from :
Electrochemical Power Sources :
Primary and Secondary Batteries
by Monty Barak
IET, 1980.
Preview@GoogleBooks
The variety and scope of primary and secondary battery applications in domestic goods and capital equipment for civilian and military uses has steadily grown over the years. Annual global sales of the battery business are exceeding £4000 million, encouraging a number of books on individual battery systems. This book is intended to bring together the key features of five electrochemical power sources. Outlining the historical background and basic principles of the direct conversion of electrochemical energy into DC electricity, this book also gives salient details of the manufacturing processes, performances under different conditions of operations and the services for which the batteries are mainly used. This books aims to provide information to graduate electrochemists, engineers working in universities and technical colleges, in Government and other technological institutions, and particularly those engaged in the development of portable power sources and in the design and use of equipment using these devices.
The Nickel-Iron Battery :
Another Enduring Tough One
~ from :
Electric Motors & Control Techniques
by Irving M. Gottlieb
McGraw-Hill Professional, 1994,
pages 251-253.
Preview@GoogleBooks
Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.This book will show you how different types of motors operate and how electronic control devices can be used to improve efficiency in a wide range of applications.Get greater flexibility, reliability, and reduced energy consumption from household appliances to automobiles. This book will show you how different types of motors operate and how electronic control devices can be used to improve efficiency in a wide range of applications. You'll get in-depth, updated coverage of: Electric motor control applications; dc and ac motors; Digital motors; Commutator-type motors; Noncommutator-types motors; Electric vehicles.
Nickel-Iron Batteries
~ from :
Understanding Batteries
by David Anthony James Rand
Royal Society of Chemistry, 2001,
page 131.
Preview@GoogleBooks
Batteries are becoming increasingly important in today's world of portable electronic devices, along with the need to store electricity derived from solar and other renewable forms of energy, and the desire to introduce electric and hybrid electric vehicles to reduce emissions. Understanding Batteries is a must for all those seeking a straightforward explanation of how batteries are constructed, their operation, and the factors determining their performance and life. Beginning with a brief history of the development of batteries and a discussion of their applications and markets, the book goes on to outline the basic terminology and science of batteries. The different types of primary (non-rechargeable) and secondary (rechargeable) batteries are then described and emphasis is given to the importance of matching the battery to the intended application. Examples are given to demonstrate how to define and prioritise the various criteria which comprise the battery specification. Throughout, the chemistry is kept as simple as possible. Understanding Batteries will appeal to a wide range of readers, including electrical equipment manufacturers and users, engineers and technicians, chemistry and materials science students, teachers and the interested battery user.
Nickel-Iron Batteries
~ from :
The Principles Underlying Radio Communication
Issue 40 of United States Army Signal Corps
Radio Communication Pamphlet
by Richard Sheldon Ould,
Government Printing Office, 1922,
page 69.
Download@GoogleBooks
The Edison Battery
~ from :
A Course in Electrical Engineering,
Volume 1, by Chester Laurens Dawes,
McGraw-Hill Book Company, 1920,
page 115.
Download@GoogleBooks
Characteristics of Nickel-Iron Cells
~ from :
Storage Batteries :
A Handbook on the Storage Battery
for Practical Men
by Christian John Hawkes
The William Hood Dunwoody
Industrial Institute, 1920,
page 39.
Download@GoogleBooks
Nickel-Iron Technology
~ from :
Materials Technology in the
Near-Term Energy Program
U.S. National Research Council
National Academy of Science, 1974,
page 128.
Download@GoogleBooks
Iron/Nickel Oxide Battery
~ from :
Assessment of Research Needs
for Advanced Battery Systems
U.S. National Research Council
National Academy Press, 1982,
page 31.
Download@GoogleBooks
The Nickel-Iron or Edison Storage Cell
~ from :
Practical Electricity
by Terrell Croft
McGraw-Hill, 1917,
page 263.
Download@GoogleBooks
Nickel-Iron Alkali Cell
~ from :
Applied Electricity for Practical Men
by Arthur John Rowland
McGraw-Hill, 1916,
page 301.
Download@GoogleBooks
Nickel-Iron-Alkaline Cell
~ from :
Electricity and Magnetism
International Textbook Co., 1914,
page 37.
Download@GoogleBooks
Leave a comment:
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Amazing wiki by Gregot
Truly impressive work you have done. I stumbled across your work the other day. Thank you for your efforts.
Have you read Bottled Lightning? A must-read for Ni-Fe fans!
Hello everyone,
I am from the project at http://opensourceecology.org/wiki/Nickel-iron_batteries . I know the page is pretty messy right now and I intend to clean it up when I get the chance.
You can see in the related pages section that I am thinking of making a spreadsheet which would calculate the lowest cost system that will meet the criteria of fully meeting all load demands except on 3 for an average of 1 day per 5 years. That is a good way to design a system.
Then I would swap in nife batteries for lead acid and calculate the total cost of ownership (including maintenance and replacement) at the 5 and 10 year mark. A good way to compare the 2 technologies financially.Leave a comment:
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Hi Greg - Welcome to Solar Panel Talk!
Looks impressive to me - of course my knowledge of batteries is very limited!
Good detailed and correct information is a real help to people looking to learn what is really available.
Good start and I wish you success!
RussLeave a comment:
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Also, if anyone has any good documents on Nife batteries, can you add them to the library section?Leave a comment:
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Hello everyone,
I am from the project at http://opensourceecology.org/wiki/Nickel-iron_batteries . I know the page is pretty messy right now and I intend to clean it up when I get the chance.
You can see in the related pages section that I am thinking of making a spreadsheet which would calculate the lowest cost system that will meet the criteria of fully meeting all load demands except on 3 for an average of 1 day per 5 years. That is a good way to design a system.
Then I would swap in nife batteries for lead acid and calculate the total cost of ownership (including maintenance and replacement) at the 5 and 10 year mark. A good way to compare the 2 technologies financially.Leave a comment:
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Glass Jars
Fanmail from a museum in Parko, Wy
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