Computer graphing discharge curve of homemade battery
This shows the computer graphed discharge curve of one of my homemade Lead / Alum cells.
Experiments, inventions, patents, …
This shows the computer graphed discharge curve of one of my homemade Lead / Alum cells.
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 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 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 homemade rechargeable battery that uses no lead. Both electrodes are charcoal coated with manganese dioxide. The electrolyte is Alum and distilled water
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 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…
I finally got a chance to shoot some really nice little waterfalls. Camera is a Sony Nex 5a mounted on a camera gimble.
I finally got all the bugs worked out on my areal photography system. I have a Sony Nex 5a mounted on the camera gimble. Now I need to take it to some awesome locations…
I finally got all the bugs worked out on my areal photography system. I have a Sony Nex 5a mounted on the camera gimble. Now I need to take it to some awesome locations…