ok to the point. and unfortunately this is my 2nd time writing it cause it got deleted the first time, so the quality is probably lower. :/
Pulley system to generate power using weights slowly falling, connected to gears ---> step-up gears ---> power generator. it could be an alternator, whatever. then either connects to a battery bank or if bya longshot it generates enough it connects straight to the appliance (of course with the various converters, etc).
I saw this in a youtube vid built from legos for a project. it powered an led light. what if it was iron/steel gears, 300lbs, or 500lbs, etc of weight fallling slowly due to the tension, so it has a lot of power in the gears turning?
it was mentioned on tedtalks about it too, using 500bls and a car-jack to lift it back. or it could be individual plates of like 100lbs or something that i could re-start myself with no problem.
it could also use flywheels if that would generate more energy, or i guess since they just store it idk.
so whatcha thinK?
1. would step-up gears make the power so low on the end that it wont produce a significant amount of energy?
2. would it workd to have a heavier weight falling slowly to increase the torque/power of the gears, thereby increasing the rpms or the strength of the rpms to turn a bigger generator etc?
the idea is for it to take 2-5 hours (or more of course) to fall. then lift-reset- rinse and repeat.
if I could get one to produce say 200watts on a steady basis, then i could make 3 of them and have 600 watts. or if one made 150 watts, make several etc to get the amount you need.
in the end, the object is to be able to run a 550 watt A/C window unit on it for say 5 hours after nights charge, or if it produced enough, to use it for 8 hours at a time etc (if the energy produced was continuously high enough).
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ps: i also saw a video of a guy who re-wired a ceiling fan to produce energy (like a wind turbine) and it produced around 40-60watt output after spinning it (at peak spin). if i made 10 of those, all i'd have to figure out is a way to spin them and i have 400-600 watts.
 I'm considering magnets with an on/off switch for the magnets, to keep the movement going.  but thats something else no one agrees with. . . . i'll still play with it.  . . .and maybe die alone like tesla. . . :/
     I'm considering magnets with an on/off switch for the magnets, to keep the movement going.  but thats something else no one agrees with. . . . i'll still play with it.  . . .and maybe die alone like tesla. . . :/