Solder & Epsom Salt –Homemade rechargeable battery
This shows a homemade rechargeable cell that uses low grade electrical solder for both anode and cathode. The electrolyte is Epsom salt (magnesium sulfate) and distilled water.
Experiments, inventions, patents, …
This shows a homemade rechargeable cell that uses low grade electrical solder for both anode and cathode. The electrolyte is Epsom salt (magnesium sulfate) and distilled water.
This shows my homemade rechargeable “solder battery” dissected after being load tested for several days. The cell still functions perfectly but a dark redish brown oxide deposit did fall off the positive electrode after…
This video shows that you can use just the negative plates out of an old lead acid battery and make an Alum-Lead rechargeable cell.
This shows a homemade rechargeable Lead-Alum battery that has a solid Alum crystal formed between the anode and cathode plates. There is no seperator between the plates–only the crystal. Powdered Alum was heated to…
Copy of a video from youtube user: www.youtube.com user mixcatcom gave me permission to post it on my channel. Please go to his channel or to his website at: www.mixcatcom.com for more on this video. Many thanks.
Copy of a video from youtube user: www.youtube.com user mixcatcom gave me permission to post it on my channel. Please go to his channel or to his website at: www.mixcatcom.com for more on this video. Many thanks.
Just a quick idea, that seems to have worked out. After watching RimstarOrg’s video on how to make an electrolytic capacitor, I had an idea of using battery ingredients that us salts cells builders…
After finding a car wheel weight on the road about a week ago, I tried putting it with a carbon rod from an old battery as the electrodes for a cell. 3 teaspoons of…
This is a Lead-Alum cell running a solar garden light type circuit. I show the charge and discharge capability of this type cell.
Hi-speed bedini “one magnet spinner” is the same oscillator as the jt, so it’s easier to play with jt to optimize circuit. It’s really hard to get 100% of power back to source, but it’s easy to do fast recharging of another bttry; here I’ve got light f…