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Ion drive ,swapping energy to produce energy. Not effective.Ok the title was just made up but it sounds scientific and like a nobel winner.
jasonc
Like solar, but wind, like I was saying, but artificial wind that directly spins the prop. Solar is limited and not the best way.
Look up solar outboard motors.
How an Ion Drive Helped NASA's Dawn Probe Visit Dwarf Planet CeresIon drive ,swapping energy to produce energy. Not effective.
Could the speed of a spinning prop convert enough energy to power and run a air compressor that could re-spin the prop?, because compressed air can spin a prop and has massive power, it spins at mega thousands of RPM. Kind of like how a car charges its alternator.
Im no physics expert, but i know the first law of physics that energy can not be created or destroyed but it can change form.
How much power does it take to run a air compressor and how much power can a prop create?. Can they run each other?
If so, i want my nobel prize now.
Solar wind are currents of rare element gases that can move fast ,we are in one and its possible to use it to go to Jupiter.
Note quite:A ion drive rocket is powered by fission reactor, pointless to create a solar wind turbine with it.
That depends on some variables.How long could solar panels run a battery powered motor. I want a solar powered boat to run a battery powered motor, then there is no need to worry about fuel.
Yachts are good because they straight wind no worries but too much work and not set up good for fishing.
It will definitely work.I was thinking of going hypersonic, somewhere around mach 10, I was thinking just a bit faster than say the X-43A.
On a more realistically note I guess I will have to figure out those questions to see if it would work.
I saw a plan this guy had using solar panels to power a fan on his sailboat. The fan blew into the sails to make it move. For some reason, the fan worked fine, but the boat didn't go anywhere. WFTH-I
Why didn't he use the fan as a prop. The power of the fan spinning could be a prop spinning in the water and could motor along.
It was a joke about Newton's third law. The point was that the set-up I described would never work.
The problem is that you just can't get enough energy from solar panels to move a boat of reasonable size, at a respectable speed.
At least not with current efficiencies.
You could, of course, install a few lead/acid batteries and charge up when not using the boat. That would be feasible.
http://newatlas.com/100-percent-solar-boat-that-cost-under-2900-to-build/23273/
Surely it has to work. A massive solar panel and plug a compressor into the power socket and connect a prop to the compressor it would work right?.
You can't repeal thermodynamics. So you'll only get so much energy per hour out of a solar cell. That's why you'd need to charge up batteries. Obviously, it would be more efficient to run an electric motor to move the craft, than to use an electric motor to compress air, which would then be used to move it.
Thermodynamics, again.