Yep it more or less does what the Bedini process does, As far as the battery is concerned it does not care how you give it that high frequency near zero current pulse. Bedini made it overly complicated with his inductive kickback circuits and used that method to get the spike but there is no rules the battery needs to see inductive generated kickbacks. It's just a spike as far as the battery knows. Bedini stuff is fine if you enjoy the hobby but its far from the only way to generate these low current spikes.
My first data: 2.AM source batt 3.88V -> Supercap bank 0.8V. At 7PM source batt.3.70V -> Supercap bank 3.8V. I will keep it running overnight. I will update this post. The inverter is the same as Joel's, the source is a LiIon 3,7V batt, that charge a 16.1V supercaps bank. I am very excited by the results. Thank you Joel for this awesome idea!
Last update: 6.45AM source batt 3.520V, -> Supercap bank 10.48V. Charging stopped. Last reading at 10.00AM, source batt 3.539V -> supercap bank 10.28V. Next step will be to use another supercap banks that I have of 14.25V or a two similar 3.6V supercaps to swap between eachother as source - charging bank. I will post a video on my channel then. Have a nice day folks!
I notic3d your improvements in your videos...using simple common pieces. Great job. Soldier the 9v attachment from a scrap toy from a yardsale or thrift sale.
Is that not how a Lead Acid de-sulfaters work(most usually use the partial charge to produce the de-sulfate pulses). Normally used to bring back aged batteries to life, by shaking off the badly sulfated layer. The excess energy you see from battery is the unused chemical energy+miniscule charging current of pulsed dc, as the result of the sulfate layer breaking off. Not many know, the same technique(with some modifications), can bring back a dead lithium-ion battery(which happens if you let it sit to self-discharge itself completely, fail later during charging due to whiskers shorting electrodes) to life.🤔❤👍
I wonder if you could do the mixing with the high voltage ac and high current dc like you last video to charge the battery? Or do you think the battery wouldn't be able to handle this?
That was not the idea of the goal esp using a half dead smaller battery, It was more about efficient battery charging. Using and recycling old batteries. Considering what I had to work with it did go up to 12.5. Use a small power supply to drive it. If Bedini was aloud to justify up to an amp or so in his switching, Why can't we do the same if it works. Does not have to be a 100% Bedini if it does the same goal. My take on it anyways.
Your doing great Joel keep it up your break through is around the corner
thats a good way to desulfate too the pulses kinda vibrate it apart
Yep it more or less does what the Bedini process does, As far as the battery is concerned it does not care how you give it that high frequency near zero current pulse. Bedini made it overly complicated with his inductive kickback circuits and used that method to get the spike but there is no rules the battery needs to see inductive generated kickbacks. It's just a spike as far as the battery knows. Bedini stuff is fine if you enjoy the hobby but its far from the only way to generate these low current spikes.
My first data: 2.AM source batt 3.88V -> Supercap bank 0.8V. At 7PM source batt.3.70V -> Supercap bank 3.8V. I will keep it running overnight. I will update this post. The inverter is the same as Joel's, the source is a LiIon 3,7V batt, that charge a 16.1V supercaps bank. I am very excited by the results. Thank you Joel for this awesome idea!
Last update: 6.45AM source batt 3.520V, -> Supercap bank 10.48V. Charging stopped. Last reading at 10.00AM, source batt 3.539V -> supercap bank 10.28V. Next step will be to use another supercap banks that I have of 14.25V or a two similar 3.6V supercaps to swap between eachother as source - charging bank. I will post a video on my channel then. Have a nice day folks!
I will try this. It is my type of experiments. Thank you Joel!
Those little inverters are also not expensive at all. Great experimental toy :)
@@joellagace1679 I have one or two at hand :)
we love the simplicity here!!
I notic3d your improvements in your videos...using simple common pieces. Great job. Soldier the 9v attachment from a scrap toy from a yardsale or thrift sale.
Good job Joel! :-)
excellent video
Thanks for sharing
keep it up!!⚡️😎🔋
THANK YOU JOEL 😎👍✅🎁
Is that not how a Lead Acid de-sulfaters work(most usually use the partial charge to produce the de-sulfate pulses). Normally used to bring back aged batteries to life, by shaking off the badly sulfated layer. The excess energy you see from battery is the unused chemical energy+miniscule charging current of pulsed dc, as the result of the sulfate layer breaking off. Not many know, the same technique(with some modifications), can bring back a dead lithium-ion battery(which happens if you let it sit to self-discharge itself completely, fail later during charging due to whiskers shorting electrodes) to life.🤔❤👍
Yes Bedini said it even works on Gel cells. Will need to give it a try at some point.
I wonder if you could do the mixing with the high voltage ac and high current dc like you last video to charge the battery? Or do you think the battery wouldn't be able to handle this?
yes!! very similar to a concept i have!
Way cool
That’s awesome!
The link to the forum doesn't work
typeright.social/forum/
❤❤
Did you end up charging the whole thing?
That was not the idea of the goal esp using a half dead smaller battery, It was more about efficient battery charging. Using and recycling old batteries. Considering what I had to work with it did go up to 12.5. Use a small power supply to drive it. If Bedini was aloud to justify up to an amp or so in his switching, Why can't we do the same if it works. Does not have to be a 100% Bedini if it does the same goal. My take on it anyways.
@ excellent
I just remembered a solid state spike circut, on patrick kelly channel. ua-cam.com/video/EyN7lKKLsbE/v-deo.html