Barbara Fitzpatrick wrote:Wonder if they could attach them to a power station? Think of all that lovely electricity - the number of batteries you could recharge with just one bolt!
DAR
An interesting question. The idea of harnessing and storing the energy contained in a lightening bolt.
They have a discussion about one proposed method (debunked) at
this site but this fellow's response clearly shows why it would probably be a waste of time:
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Here is the problem... POWER is rated (Overall) in WATTS... (Heat conversion)... If a SOURCE of POWER can only generate X heat WATTS then it can only be converted into Y current @ volts @ amps... and if you ever saw a lightning strike damage... you will realize that it is not that powerful... only lightly damaging things like aluminum, steel, copper, concrete, sand...
The misconception is that it is powerful, because it makes a lot of noise and light, and can rip a tree in half, and can instantly carbonize a life-form... That is not POWER, the noise you hear is the AIR falling back into the micro sized hole left in the atmosphere as the lightning (BOILED) the moisture (Conductive invisable wire) that it just passed through... that sound is created when the air hits air on the opposing side (also falling in) and harmonically bounces SOUND back away from its source...
Like the pendilum balls... drop one at each end at the same time... they both transfer thier energy back to themselves when they strike... and return back up into the air... (Rumbling decaying sound waves) What split the tree was the water in the trees veins/cells/micro-tubes boiling and forcing a hairline crack in the tree, along it's length (to/from the ground)... the outward transfered energy uses this week point to split the tree the rest of the way... and gravity takes over after that...
The big CRACK BANG you hear after lightning striking the tree is the tree splitting and dropping... (it is louder than you think)
If lightning had POWER worth harnessing... you would see the tree branches launch thousands of feet from the tree, not fall directly to the ground. Even in cement, when lightning struck our sidewalk, it left a 1 foot diameter hole, with molten glass (sand) around it... a grenade has more power... Lightning = Ultra high VOLTS at Nearly ZERO AMPS... (proportionally speaking)
Error_205, May 11 2003
DAR
There is also this foundational problem as one fellow points out:
"To successfully coax in the lightning, there must be a path to ground: this is what lightning wants. The lightning will hit the (conductive) tungsten [or whatever--Dar] and may melt a little bit, but most will pass thru to ground. If you put the tungsten in a rubber room so the lightning can't get to ground, it won't hit the tungsten."
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