To harness a strike, one needs a receiver that won't blow up from so much energy impacting upon its surface in such a short time period. Then one needs a storage facility to corral such energy without overloading and dissipating energy into the surrounds. Then one needs to be able to extract the energy without much difficulty. And finally - or firstly - one needs areas where lightning is known to strike often.
How about lakes of molten silicon beneath the surface and close to known volcanoes?
Drilled into, layered with conductors, kept at steady temperatures of 1400 C, housing a megawatt per cubic metre, and collecting strikes from either passing storms or generated in volcanic clouds.
|Using Lightning to charge Capacitive batteries for World grid Syetem||581||Lowelldw64||08-Jun-18 02:56|
|Re: Using Lightning to charge Capacitive batteries for World grid Syetem||81||ldennyjr||08-Jun-18 21:04|
|Nope||88||Race Jackson||10-Jun-18 01:08|
|Ah, but there is a possibility...||91||drew||18-Jun-18 02:09|