my cement batter is still showing 1.25 volts even tho I have shorted it to zero several times. You will find it climb up over and over again. I have charged it above 2.0 volts and it will show 20 milliamps. The only time I saw a strange effect like the one you show, is when I was radiantly charging it with an SEC.
@ET2uscg yes the 9v battery has been charged with a pulse motor but I cant reproduce the effect I even tried running the microwave thinking maybe that had something to do with it I have found Sodium silicate will hold a charge but the only way they could be connected is a radiant field but I can explain it. cheers
@theonelinerkid because the power cells never go dead, it you short one of them even for months and check it, the voltage will come right back , they are not preforming like a normal battery if you want to understand more there are a lot of videos on YouTube about power cells. The cell is NOT functioning as a galvanic cell and is utilizing polycrystaline material without any moisture.
The rechargeable battery leveled out at 8.45V so the standing voltage is below the batteries 9.6 potential. another point is the 9.6 rechargeable has been charged with a pulse motor for years I use it to power my bench Multimeter. The coupling effect is reproducible but the charging effect is harder to reproduce, but its a hard thing to let go, so I plan to discharge the battery down to 7.2 and try again.
Keep us updated please ,,this just rocks !! try a neo-magnet between them if ya got one ,some strange stuff happens sometimes ,a weird flyback sorta ..these cement batteries have caught my attention as well,,most show 1.5 and last a long while from what I have found posted everywhere ,differnt mixes but they all show about the same so far ..Good Luck !!
my cement batter is still showing 1.25 volts even tho I have shorted it to zero several times. You will find it climb up over and over again. I have charged it above 2.0 volts and it will show 20 milliamps. The only time I saw a strange effect like the one you show, is when I was radiantly charging it with an SEC.
ET2uscg 2 months ago
@ET2uscg yes the 9v battery has been charged with a pulse motor but I cant reproduce the effect I even tried running the microwave thinking maybe that had something to do with it I have found Sodium silicate will hold a charge but the only way they could be connected is a radiant field but I can explain it. cheers
zeropointfuel 2 months ago
how do you knoww these arent doing what a normalbattery does?
theonelinerkid 4 months ago
@theonelinerkid because the power cells never go dead, it you short one of them even for months and check it, the voltage will come right back , they are not preforming like a normal battery if you want to understand more there are a lot of videos on YouTube about power cells. The cell is NOT functioning as a galvanic cell and is utilizing polycrystaline material without any moisture.
zeropointfuel 4 months ago
The rechargeable battery leveled out at 8.45V so the standing voltage is below the batteries 9.6 potential. another point is the 9.6 rechargeable has been charged with a pulse motor for years I use it to power my bench Multimeter. The coupling effect is reproducible but the charging effect is harder to reproduce, but its a hard thing to let go, so I plan to discharge the battery down to 7.2 and try again.
zeropointfuel 5 months ago
That is bizarre indeed. Let us know if the standing voltage after rest, went up. Very cool!
KyleCarrington 5 months ago
Very cool !
Resonant conditions between the crystal structures ?
If only we could see such things happening on a screen eh
slider2732 5 months ago
Keep us updated please ,,this just rocks !! try a neo-magnet between them if ya got one ,some strange stuff happens sometimes ,a weird flyback sorta ..these cement batteries have caught my attention as well,,most show 1.5 and last a long while from what I have found posted everywhere ,differnt mixes but they all show about the same so far ..Good Luck !!
wizardangel 5 months ago
This is great!
UrCoffeeTastesToasty 5 months ago