@John C
Surely a wind turbine would have to be going at quite some speed, to push a metal weight out at such a force that it can put the air at a higher pressure then that of the water above it. I dont know the real maths, as i dont know the size of a turbine, possibly weights of the mass inside etc
However that is still a good idea. And it is possible that that same principal could be used in a standard generator cutting out the middle man (the turbine) admitteedly you would still be using finite resources to move the generator however you may end up with a more efficient generator, and a way for it to stor the power is has created...
Surely a wind turbine would have to be going at quite some speed, to push a metal weight out at such a force that it can put the air at a higher pressure then that of the water above it. I dont know the real maths, as i dont know the size of a turbine, possibly weights of the mass inside etc
However that is still a good idea. And it is possible that that same principal could be used in a standard generator cutting out the middle man (the turbine) admitteedly you would still be using finite resources to move the generator however you may end up with a more efficient generator, and a way for it to stor the power is has created...