Charging 12V Battery with 10V Power Supply

[Mancha]

Hey mancha what type of 12volt battery are you charging

Hi Profitis,
You can charge any type of  12 V LEAD battery with 10 V RMS AC Power supply.
For demo I charged  Car Battery 12 V 55 Ah
All the Best,
Milan

[Mancha]

When you leave me out of the loop because I cannot pay for faster computer system performance, that means that I am being considered 2nd class.

Considering me 2nd class means that you (generically speaking) consider yourself better class than me, therefore the reference to the word "hubris".


Cangas,
Seems that I made you upset without knowing you. and knowing your problems which are real.
I have  my real problems as well, but I did not attack you back even you started with statements which are not nice  to me.
Now you are continuing with getting wrong conclusion about me, without knowing me by saying "means that you (generically speaking) consider yourself better class than me".
The only what I can tell you back is DO NOT TRY TO MAKE CONCLUSION ABOUT  OTHER PEOPLE ON THAT WAY, BECAUSE  IT COULD BE WRONG.
Let's shake hands  and calm down.
All The Best,
Milan

[profitis]

@mancha you can charge any battery with slightly less volts,AFTER the battery is totaly flat,UP TO A POINT. eg...Pb + 2SO4(2-) + 4H+ + PbO2 >< 2PbSO4 + 2H2O so the equilibrium shifts to the right while discharging and Vout drops over time and curves downward as we all know then when you shove a 10v onto it in reverse the v-slope now curves up again up to exactly 10v worth of nernstian re-concentration. Did you flatten the bat entirely down prior to recharge and did you measure 12v across terminals after recharge.socket wall ac to dc rectified current will also have peaks of v in the pulse-cuves above what is actually shown on a regular v-meter I think.

[profitis]

Electrolysis is a different ballgame ,you can get electrolysis at under 1.23volt but it has to be cyclical bursts of charge or slow-rate continuous charge also due to nernstian changes at electrodes surfaces

[Mancha]

Electrolysis is a different ballgame ,you can get electrolysis at under 1.23volt but it has to be cyclical bursts of charge or slow-rate continuous charge also due to nernstian changes at electrodes surfaces

My first project (long time a go ) was  electrolysis with  voltage under 1 V. It is possible with loosing anode . If anode is made by oxygen inert material in that case  the cell  under 1.23 V will act like  capacitor.
Take Care,
Milan