A method has been proposed to create batteries with
properties suitable for bio-induction using droplet networks that
mimic the power-generating organs of electric fish. In this study,
we attempt to develop current output control using a droplet
network battery. The minimum droplet network battery has been
fabricated and utilized for power generation, indicating that the
current output can be controlled by adjusting the membrane area.
It is also suggested that the output at the start of power generation
and the α-HL insertion rate can be successfully improved by
adding an external constant voltage during battery fabrication.