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Taku and Gladys lightning conductor accumulator (TGLICA).
By Taku celestin julius on March 5th, 2010
Taku and Gladys lightning conductor accumulator (TGLICA).
Since lightning discharge an enormous amount of energy, on average, 3000,000 KWH of energy, it is a great amount of energy still in the wild. The building of a combine lightning conductor accumulator charger will help us to throw brilliant light to the capture AND STORING of this wasteful energy source to USEFUL ELECTRICAL ENERGY, this energy can be very imperative in the running of our industrial, all sort of automobiles (ships and skywriters using this type of accumulators will trolley round the world in a blink or twinkle of an hour)
By Taku celestin julius on March 5th, 2010
Taku and Gladys lightning conductor accumulator (TGLICA).
Since lightning discharge an enormous amount of energy, on average, 3000,000 KWH of energy, it is a great amount of energy still in the wild.The building of a combine lightning conductor accumulator charger will help us to throw brilliant light to thecapture AND STORINGof this wasteful energy source to USEFUL ELECTRICAL ENERGY, this energy can be very imperative in the running of our industrial, all sort of automobiles (ships and skywriters using this type of accumulators will trolley round the world in a blink or twinkle of an hour), domestic uses and this will rid the fingers that are being pointed to our sources of energy as ‘the age of stupid’.This is an alternative source ofenergy that will be making headwayto rejuvenate our only and dying society, thunder storms or lightning’s will no longer bedestroyers or useless again!
These accumulators, pet named Taku & Gladys lightning accumulators will produce electrical energy twice bigger than any ever man made energy source. Just imagine a flash of lightning can heat the air momentarily to about 30,000°C whereas energy release during the fission of Uranium oxide with Uranium-235 can heat water to a pale temperature of 325°C, and our world is still not free from atomic bomb-like explosions… If we divide 30,000 by 235 then you get to know what we are talking about here, just imagine the potential different between the cloud and the ground is much as a thousand million volt, thunder storms or lightning’s is the source of energy we must harness and harvest in commercial quantities! There areabout two thousand thunder storms dotting on at any given moment in the worldbut the world has been totally ignorant concerningthe taping of this excellent amount of energydestine to waste, from today I and Gladys say no, there is a wayto breakthrough…
NB: we can as well build sound filters for our ears to be use in thunderous zones during thunder storms or moments. What is nice thunder is that it falls under renewable sources of energy. These accumulators will be able to rescue a current of more than one million amperes from a lightning flash, copper electrodes maybe much more favorable for the building of this accumulators as well as others unknown raw materials will be welcome… We doubt if the will be a problem because in lightning the positive charges are greater than the negative, it maybe as well as an advantage, we don’t yet know…
The author will like to acknowledge, with thanks, to MICHAEL TATLOR for using his MACMILLAN SECONDARY PHYSICS TEXT BOOKfor this research.
I dedicate this piece of idea to the five babies borne in Buea 02/12/2009, capital of South region of Cameroon, I was drafting this idea with tears in my eye when the national radio sounded out that four of the five premature babies born were dead and their dead has planted seed of convulsion inside my mind concerning the welfare of this new idea, I even dreaded, thought of twisting the draft to trash to no avail…
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