The Anode - Lead Dioxide, a mineral called Plattnerite yields it, or it can be obtained by heating lead metal in open air at 600 Celsius and then turning the resulting Lead Monoxide powder into Red Lead via calcination which is just heating it again. Do your best to turn it into a plate form, perhaps by smelting some conductive material like copper onto it, idk.
The Cathode - Pure Lead plate
Sulfuric Acid - You can find Sulfur as a mineral, then mix with saltpeter, and then burn it to create sulfur oxide which if piped into water will produce the acid.
Glass fiber plates to place between the Anodes and cathodes so that they do not touch
A container, likely a ceramic.
Notes: Saltpeter can either be mined or obtained by soaking bat guano until small crystals form and then filtered out. Since this is a liquid batter it has to always be kept upright.
“Can you make very thin strands of copper and do you know what magnets are?”
No, but i do know the average velocity of an unladen swallow…
African or European?
what kind?
You also need chargeable batteries, so you need
The Anode - Lead Dioxide, a mineral called Plattnerite yields it, or it can be obtained by heating lead metal in open air at 600 Celsius and then turning the resulting Lead Monoxide powder into Red Lead via calcination which is just heating it again. Do your best to turn it into a plate form, perhaps by smelting some conductive material like copper onto it, idk.
The Cathode - Pure Lead plate
Sulfuric Acid - You can find Sulfur as a mineral, then mix with saltpeter, and then burn it to create sulfur oxide which if piped into water will produce the acid.
Glass fiber plates to place between the Anodes and cathodes so that they do not touch
A container, likely a ceramic.
Notes: Saltpeter can either be mined or obtained by soaking bat guano until small crystals form and then filtered out. Since this is a liquid batter it has to always be kept upright.