Experiments, inventions, patents, …
This shows what my all stainless steel homemade rechargeable battery looks like inside. I show the condition of the plates after charge and discharge testing. I was expecting to see much more damage to…
This is an ugly homemade 6v Lead / Alum battery—-but it is very strong and it can do magic. The electrostatic device that it is powering is a Slayer Exciter type that I call…
This shows the computer graphed discharge curve of one of my homemade Lead / Alum cells.
This shows computer graphing of the charge and discharge curves on one of my homemade rechargeable test cells. The cell that I show here is made with magnetic stainless steel and lead with an…
This shows my homemade stainless steel scrubber rechargeable cell after a non-stop 12 day test using ambient solar energy to recharge it. My LED oscillator “Penny” was used as a constant load during the…
This shows a homemade battery made out of two inexpensive stainless steel table knives. A red lead paste is coated onto the knife blades and an Alum/distilled water soaked paper towel is used for…
This shows a homemade copper and magnesium battery using gelatine, Alum, and distilled water as a semi-solid electrolyte. I show the recipe for making one and a small finished cell running an electronic pulse…
This is a homemade rechargeable voltaic cell that uses artist charcoal sticks for BOTH electrodes. The sticks are coated with a paste of lead oxide and wrapped up in an absorbant cloth material. An…
This shows a AA size homemade rechargeable batteries that I reactivated after many months being stored in a dried out and discharged state. The cell was reactivated by dipping in tap water and recharging…
Gaphit-Lampblack-KMnO4-Mix on Stainless-Steel Elektrode tests www.overunity.com New advanced battery technology Graphite-paper Aluminium foil galvanic cell breakthrough voltage up to 1.92 Volts could be used to power Red LEDs directly and could be used…