KaiserChillum said:
Yes! Good thought - there is something to that - Connecting to the inside (positive) wire is pretty easy.
Because the negative wire curls around the battery - it is a bit harder to connect (snugly). You can create a
MagicDock to hold the impostor battery in place. Connect the negative by screwing in a hard aluminum coil and connect it to the back of your MagicFlight.
The positive flow is broken by that switch - pushing it down sends the flow of energy to MagicFlight (and it works very well) -
No more removing labels!
Unfortunately, that didn't compare to a normal inexpensive
flashlight. Remove the light - and replace the small plastic ring for a wooden one. Grab the positive and negative flows and push them into single conductor high-heat wire and wrap that around the MagicFlight's positive and negative wires. This has worked trench after trench. The flashlight gets hot, but there is nothing in it to melt -
If I explode, you will know why!
If you want a simpler solution to the "label-removing-negative-connection" issue, take a small piece of wood (like the tea thermometers from Starbucks) and place an aluminum wire through it. Tighten it to the back of your battery. Next, use a bridge wire to connect to MagicFlight's negative - no more removing labels. This works well, but it really needs a true heat resistant "connection" part to make sure the negative connects snugly.
Solar powered flashlights (this one is 3.99) seem to stream 1.2v from the solar panel when pointed at the sun and 3v from the battery when charged. The storage isn't 2700mah, but there might be something to combining these and using a discharged rechargeable as the connector - something like that...