Aim of the experiment - To harvest electricity from lightning.
Requirements:
- A remote-controlled ship
- A rig with a
lightning-attracting rod (extendable) fixed at the center of it. The rod
goes down into the sea. When the rod is extended up, it attracts
lightning to it, and then the lightning is channelled down into the water where
the rod enters the water.
- A net with
electric-charge conducting conductors placed in it. It should be a net so
that the water can flow freely through it. When the water gets charged
from the lightning conducted down (because water is a good conductor), then some
of the charge (depending on the capacity of the conductor) charges the
conductor, and there should be insulated wires extending outward from the
conductors so that the charge flows into that. A bunch of wires can be
taped together to form a bundled cable, insulated against water. This
then drops down to the sea-bed, where it lies and is rolled out till it reaches
the nearest shore.
- On the shore, there
should be Pattern Recognition detectors that detect the incoming
current-voltage specifications of the incoming charge and based on the Pattern
(input-current, input-voltage), a switch should be thrown to route the charge
to another set of switches.
Based on the
required electricity specifications, another pattern is defined (required-current,
required-voltage etc.), and the corresponding switch is thrown there.
So then the incoming charge is routed there, and then that
wire leads into a transformer or a device which transforms the incoming-charge
into the required eleectricity specification.
Methodology:
One sets up the
Pattern-Recognition-detectors-to-transmission-lines (PRDTTL) on the sea-shore.
One takes the net
with the electric-charge conducting conductors, and drapes is around the base of
the rig, so that it trails in the water.
One connects the rig to the
remote-controlled ship.
One monitors the weather to
determine where the storm is.
One sends the
remote-controlled ship into the storm, where the lightning hits it, is
conducted down into the sea and then some of it is conducted via the
electric-charge conducting conductors to the long-distrance transmission wires
that they are bundled into and which fall down to the sea-bed and lie along it,
all the way to the sea-shore.
One let's the switches on
the PRDtTL work, and the electricity streams into the PRDs and on to the
transmission-wires and it works like a dream.....
Result :
Voila!
Electricity!!!!!!!!
This electricity can then
be transported via long-distance transmission cables to places of utilisation
and need.....
Anyone in need .....?
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