The problem with atmospheric collectors which utilize the difference of
potential between the Earths surface and the atmosphere is that the amount
of energy utilized is dependent on the height of the collector and it's
size/surface area.
Not such a cheap thing to do, suspending balloons or plates in the air is not
as simple as it sounds, they need to be able to take high wind gusts, lightning ect.
and be maintainable, there are all kinds of problems with it in practice.
Tesla's wireless Energy transmission would be very useful for transmitting
Energy from remote solar collector banks ect., imagine several huge solar
panel arrays or heat sinks for thermal electricity production in the remote
desert of Australia, they each could have a huge wireless power transmitter
and in every state could be receivers so that the power can be provided to
the area's that need it when they need it, it could be used for re routing
power on demand. Where the power goes could be tracked.
Then there is the possibility of data over the power system, it is already in
use and works, it should work also with wireless power networks.
With no wires to maintain across a huge desert it would surely be cost saving
for transmitting cheap solar, wind ect. energy.
Cheers
potential between the Earths surface and the atmosphere is that the amount
of energy utilized is dependent on the height of the collector and it's
size/surface area.
Not such a cheap thing to do, suspending balloons or plates in the air is not
as simple as it sounds, they need to be able to take high wind gusts, lightning ect.
and be maintainable, there are all kinds of problems with it in practice.
Tesla's wireless Energy transmission would be very useful for transmitting
Energy from remote solar collector banks ect., imagine several huge solar
panel arrays or heat sinks for thermal electricity production in the remote
desert of Australia, they each could have a huge wireless power transmitter
and in every state could be receivers so that the power can be provided to
the area's that need it when they need it, it could be used for re routing
power on demand. Where the power goes could be tracked.
Then there is the possibility of data over the power system, it is already in
use and works, it should work also with wireless power networks.
With no wires to maintain across a huge desert it would surely be cost saving
for transmitting cheap solar, wind ect. energy.
Cheers
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