Proven, smartphone-sized overunity (open sourced:) Steven E. Jones 8x overunity

[adrouk]

Years ago
Member pirate (Bill) lit 400 LED's with a dead triple a battery?
Not sure how long it went?( I believe it was in joule thief topic here )


Unfortunately
LED's can be poor load reference
To be clear, not diminishing your you tuber
Link again https://youtu.be/wEesPlaSzWI[/font][/size]


I understand he has other experiments which could use some discussion?
Respectfully
Chet K

I'm not sure that I got your point.

Initial post claim 9 hours continuous use of an LED with an electronic circuit and 1 AA battery.
In the video from YT someone else has kept an LED lit up for 275 DAYS with just 6 batteries AA connected 3 series with 3 parallel (claiming it is a Tesla Switch that configuration)

I'm saying again 275 days continued usage of an LED 3.2 V 20 mA which is basically lit up with just 3 batteries AA, while the other 3 batteries charge first set in use and he just swap them regularly.

This concept charge/discharge under load needs some investigation being batteries or capacitors ... and we may find out that we don't need huge power banks off the grid or we can just cut half of it.

Indeed that man, have loads more to share free and is able to provide instructions for whatever he is teaching/ showing to public, including .FE. and .ou! And they are quite basic (embryonic stage) compared with what 7 red orbs shared earlier . He is showing diy devices with instructions at moron level.

[ramset]

Sorry for interrupting your thoughts
Please explain more ?

(Please no "moron" stuff here ..)


Leads to completely unnecessary conflicts which can derail topics ( often)
Respectfully
Chet K

[adrouk]

Sorry for interrupting your thoughts
Please explain more ?

(Please no "moron" stuff here ..)


Leads to completely unnecessary conflicts which can derail topics ( often)
Respectfully
Chet K

Use of batteries in series+parallel gives some .ou.

Just try to lit up an led with batteries as usual and see how long it will last. Than, double amount of batteries and connect them in series-parallel in the way described in the video and swap series with parallel at regular time interval.

In this way you will extend in an incredible way the time led will stay on. So one is charging the other that is connected to load, by swapping them at regular time interval they will recover a huge amount of what is spent. Just have a look at his other videos where you can see schematic for connections.

[Cloxxki]

I'm not sure that I got your point.

Initial post claim 9 hours continuous use of an LED with an electronic circuit and 1 AA battery.
In the video from YT someone else has kept an LED lit up for 275 DAYS with just 6 batteries AA connected 3 series with 3 parallel (claiming it is a Tesla Switch that configuration)

I'm saying again 275 days continued usage of an LED 3.2 V 20 mA which is basically lit up with just 3 batteries AA, while the other 3 batteries charge first set in use and he just swap them regularly.

This concept charge/discharge under load needs some investigation being batteries or capacitors ... and we may find out that we don't need huge power banks off the grid or we can just cut half of it.

Indeed that man, have loads more to share free and is able to provide instructions for whatever he is teaching/ showing to public, including .FE. and .ou! And they are quite basic (embryonic stage) compared with what 7 red orbs shared earlier . He is showing diy devices with instructions at moron level.

Batteries are tricky. Are the batteries still chemically the same after, or perhaps used up in some way? I'd rather see a more inert system such as capacitors used.

[adrouk]

Batteries are tricky. Are the batteries still chemically the same after, or perhaps used up in some way? I'd rather see a more inert system such as capacitors used.

You may want to ask him on his yt video, or you can experiment yourself.

But, right now I would be more interested to find out if batteries connected in series-parallel can do the same job as joule thief + 1 battery as in original post for same amount of time ... it might be something really great to find.

It looks like Bedini ssg but without bemf to recover ... could it be an unknown effect of an LED ? Or maybe we can replace the led with low wattage incandescent bulb and see the same behaviour of batteries connected series-parallel ? Could it be an effect that joule thief circuit mimic of what is happening with batteries ?

Could be some extra energy added by this configuration from an unknown source ?

I guess something is happening in that circuit as those batteries should be dead after 1-3 days.

Can this system of usage of batteries be used for electric vehicles that run on batteries ? Like extending their range for 1 charge ? Can we use joule thief instead if it is able to mimic the effect ?