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in my humble opinion, I think this effect is happening because the cell itself is generating an small amount of power that charges itself. So when you disconnect the load it becomes more obvious.
Also I think that when the cell is "self-charging" the internal resistance is very high, higher than when discharging which helps it to get charged faster too.
Tonight I will run another series of tests where I change the voltage input power but maintain the overall input power versus time (energy input) to see if the output power is the same or it will be affected by this varying internal resistance.
I have done a very long test (again) measuring the performance of one cell for a specific input/output power ratio. So now I have a very good baseline to compare against.
Fausto.[ATTACH=CONFIG]858[/ATTACH]
that is great work plengo, this tells us why the oscillator circuit is so important to these batteries....
in my humble opinion, I think this effect is happening because the cell itself is generating an small amount of power that charges itself. So when you disconnect the load it becomes more obvious.
Also I think that when the cell is "self-charging" the internal resistance is very high, higher than when discharging which helps it to get charged faster too.
Tonight I will run another series of tests where I change the voltage input power but maintain the overall input power versus time (energy input) to see if the output power is the same or it will be affected by this varying internal resistance.
I have done a very long test (again) measuring the performance of one cell for a specific input/output power ratio. So now I have a very good baseline to compare against.
Oily,
It would be great to list the books from the 50's but it would take me forever. I only mention the Boy Electrician because that is where I started with batteries and generators, radio and Tesla Coils. I did not grow up with any money in my life, we had nothing. And were are about to have nothing again the way Fed is operating. When we go down so does Europe. It is really scary when you ask a pharmacist for PH tape and they do not know what that is or any of the young people in the store. They have no Idea what is going to happen to them. Electricity has been something that makes life easier, that is about to change, the smart meters, and little controllers. It's on the news. If most of them did not have a computer to make change they would not know what to do, scary ignored by most as being funny, it's not. The schools have been dumb downed for years now, when your asking to many questions and not following all the sheep, your given drugs and put in special classes for re-programming, you never get out of that. Yes the old books are very real and full of information. Most of the books have been destroyed and burned so nothing is left. No information no problems from the masses. The people here have a quest to learn something about energy and this is just one of many things that can be explored here. This is the Reason Tesla was stopped, he was about to release that world of energy.
Anybody could have tapped and it, it would have been understood, this is how you make energy. Alum Batteries were known back then but they did not wear out, the lead acid did and that is money over, and over again. My parents could not give me an education I had to do it myself and I can only try to explain what I have done with energy here. I learn along with everybody here, with the experiments. Yes, Dancing With The Stars is the way, with moron judges, that is America, keep them blind and stupid and not let them see what were are doing to them. My rant is over. But think about your car now it can be shut down anytime they want to take it away from you. You do not own anything, not even your life or your children.
I wanted to mention something a bit off topic but important. First, I'd like to thank you Mr Bedini for my first book in electricity, magnetism, RF etc. That was The Boy Electrician which you recommended on some forum somewhere. Those old books were real books!! Secondly, I want all you folks to know that while you spend all your time immersed in cool science stuff there are some of us who analyze what's really going on in the world and I want you folks to know that there are huge changes coming shortly which are not going to be good. Let me put it to you this way: there is a reason all the good books (technical scientific knowledge) are gone from public libraries and why public education is a disaster. Even college text books and curricula seem to be written to prevent the acquisition of knowledge.
My point is, we're all in this boat together against those who wish to enslave us. The more we strengthen each other, the more we strengthen our collective future. Mr Bedini, can you please recommend a reading list of books available online which I can download which will allow an applied individual to read and understand fairly easily? I'm talking about real science like the items you discuss on the old icehouse website.
I hope I haven't interfered too much with the ongoing research on this thread but I wanted to make sure you read it and to impart a sense of urgency to all those scientific researchers: your work and knowledge is crucial to humanity's future. Too many have died taken their patents' secrets to their graves and humanity has been the worse for it.
in my humble opinion, I think this effect is happening because the cell itself is generating an small amount of power that charges itself. So when you disconnect the load it becomes more obvious.
Also I think that when the cell is "self-charging" the internal resistance is very high, higher than when discharging which helps it to get charged faster too.
Tonight I will run another series of tests where I change the voltage input power but maintain the overall input power versus time (energy input) to see if the output power is the same or it will be affected by this varying internal resistance.
I have done a very long test (again) measuring the performance of one cell for a specific input/output power ratio. So now I have a very good baseline to compare against.
Ralph,
That is what I have noticed also with the cells I have been making. do you have a charge curve or could you do that so we can see how it charges back on the curve. That is a long run.
I wanted to mention something a bit off topic but important. First, I'd like to thank you Mr Bedini for my first book in electricity, magnetism, RF etc. That was The Boy Electrician which you recommended on some forum somewhere. Those old books were real books!! Secondly, I want all you folks to know that while you spend all your time immersed in cool science stuff there are some of us who analyze what's really going on in the world and I want you folks to know that there are huge changes coming shortly which are not going to be good. Let me put it to you this way: there is a reason all the good books (technical scientific knowledge) are gone from public libraries and why public education is a disaster. Even college text books and curricula seem to be written to prevent the acquisition of knowledge.
My point is, we're all in this boat together against those who wish to enslave us. The more we strengthen each other, the more we strengthen our collective future. Mr Bedini, can you please recommend a reading list of books available online which I can download which will allow an applied individual to read and understand fairly easily? I'm talking about real science like the items you discuss on the old icehouse website.
I hope I haven't interfered too much with the ongoing research on this thread but I wanted to make sure you read it and to impart a sense of urgency to all those scientific researchers: your work and knowledge is crucial to humanity's future. Too many have died taken their patents' secrets to their graves and humanity has been the worse for it.
Hi ,
..an update on my battery.
Today, changing the scale of the ammeter, I removed the load for a split second, the voltage before removing the load was 3.26V, so the battery for a brief moment, clearly began to recover and rose to 3.48V (I see it in the graph) when the load reconnected fell down to 3.29V. So I expected to see the voltage go down to initial value (3.26V) in a few minutes ,but it took almost four hours to return to 3.26V like previously .It toke almost four hours to draw 30mV that gained with the recovery ?It is possible that with such a short recovery I gained so much? I do not know enough about recovery,maybe this is normal .Or the battery at that point would have done that anyway. For me it was interesting if it really happened that way. Maybe was a switching in impedance that I trigger? I do not know!
So when we connect an SSG that is not drawing all the time current (25% only supposedly) the battery can recover? O probably not because it is too short a time.
However, is just a thought but if anyone thinks it's worth commenting please go.
More you do and more you think, this is nice.
Thank to all asking question, I learn from the answer .Thank you.
And these is just the beginning....
Also my motorcycle batteries are rated at C10,but now I think these is gonna change after the last news.
Ciao Ralph
When I say ,in the video ,that the battery have only Alum and distilled water I forgot to mention that I re-form the battery whit acid(the little acid that is already inside when you bay the battery whose not sufficient) and maybe I will put a little more when I receive the PH tester and I can measure it correctly.
Branch,
The Alum battery is a different impedance so to make that happen you would need to add more SO4 to the mix but you can not go to far with this, I would not take this battery to a PH lower then 4.5 otherwise you have something very different with the chemical and the way it works. So do the experiment by adding more SO4, 2 ML more and the impedance will drop down in your next test. How much current does one Led with it's resistor draw in Mill Amps then that is multiplied by how many you have. So if you have 10 led's and the current is say 100Ma then 20 would be 200Ma drain from your battery if all are the same.Then how long can you run that with the battery in AmpHrs. I think your test was 41 hrs with the load you had, so how many AmpHrs did the battery supply?. I think you were over 250.Ma this is 1/4 of an Amp for 1 hr you had 41 hrs ?
I did want to say if you match the impedance of the battery you will draw maximum current, and the battery will not last long with that load. Most people are trying to not do that and keep the Ma draw low for run time from the battery. Match what you have calculated and see what happens by putting a 1 ohm load on the battery, better be a big resistor cause it's going to get hot. So if the battery can supply 1 amp for one hour it's a one AmpHr battery.
Last edited by John_Bedini; 10-08-2012, 11:21 PM.
Reason: adding
So if I have calculated my alum battery resistance to be 1.075 ohms, then what is the process to balance that with the load? I currently have 470 ohm resistors on each of my LEDs.
I have been experimenting with different metals for the plates and have had success using stainless steel. Today I made a video showing what I have found. After talking with John and Chuck it is a bit unclear what is actually happening. It might simply be an unusual rechargeable galvainc but John and Chuck are looking into a zinc and lead rechargeable also.
LesK,
You have the right magnets, and yes all the batteries. the math on this cell seem to be working just like my tester, chuck and I have been checking it all day here. with other batteries.
Thanks John,
I don't want to vary from the purpose here but when you say use the correct magnets, I now wonder if I got the right ones. They are just off ebay ceramic #8 new.
I know you have stated many times briggs and straton #8 ceramics but I could never find those.
Also I am catching up here as I made the mistake of making far to many batteries.... The variation is giving me a great view but hard to keep up with everything.
On the old Willard batteries that you converted with only Alum and distilled water is that correct?
and I also want to note that the motorcycle batteries are rated at the 10hr rate. not the 20hr like the larger deep cycle. just thought I would mention it as we are getting into the math it may make a difference.
Branch,
Yes that is right so you can see it is a very fine balance. Collect that Zeolite and then mix it with water and look at the PH when you get your meter. My ph is running around 6.8 to 7 I would like to lower that a little to get a little lower impedance. I have Car Batteries converted to Alum that have been sitting here for years and still working excellent, better then the Lead acid which are all dead and cant be charged.
@LesK,
Yes We did run a Alum battery at the show it was a converted Napa battery. It was running the primary on Ralph's machine it was no problem at all supplying current. The machine ran all day charging a lead acid battery. I'm waiting for the new Kit SG so I can post a how to do it video on that machine. I already told everybody it must use the correct magnets and not cost over $ 500.00 it's a 9 circuit machine. I do not want anybody to run around looking for parts. John K watched how I adjusted the machine.
Can I bounce my line of thought off of you and maybe you can let me know if I am on the right track with my thinking?
From what I have recently read about water PH, a value a 7 is considered "neutral". Below that is acidic and above that is alkaline. I also know now that sulfuric acid has a very low resistance. So if I were to have a PH of 8.1, adding more sulfuric acid would lower my PH and also lower the internal resistance in the battery. Is this all correct?
I see the zeolite deposits on my battery caps. Does any of that dissolve in the water? Seems like that would throw off the PH...
Branch,
The reason I put this up is to show what the 601 tester is doing with it's loads/ math. Yes I did catch it on your video. I just wanted to try the numbers to see. Yes your right on the correction. I would like to get the batteries down to .5 or lower, so I'm going to work on the mix more for this battery.
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