A LED-lamp, with power supply from a Li-battery and a fuel cell is studied. The fuel cell consists of a PPB where water and soil is the electrolyte, and a capacitor. The result gives a response by the fuel cell, such that, the power and life-time for the entire device, are increased.  A device for amplification of electric current is constructed and the usage with a Li-battery is evaluated. The novelties of the paper are electric hardware and results, together with modeling and analysis.

More electricity from electricity, components and water, enhanced battery usage, capacitor, power reservoir, fuel cell

https://doi.org/10.58396/aee020101

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