Wind turbines generate electricity through magnetic induction. The blades turn a rotor lined with magnets through copper coils, thus generating voltage. The question is WHAT determines the power output. If the wind is constant, is it the strength of the magnets? Or the length of the copper wire in the coils? Any way a lay-person can figure this out and come up with reasonable voltages expected?
Visit WindPower4Homes.net for details. Get step-by-step instructions on how to Build and Install your own wind turbines and solar panels to save TONS OF MONEY on your electricity bill. Make your own FREE electricity and lower your energy bill down to ZERO. Learn how you can force your power company to pay YOU by law for any surplus energy that you generate! Full color detailed instructions and step-by-step videos make building DIY solar panels and wind turbines easy enough for a novice to follow. Visit http for details. build; wind; turbines; windturbines; diy; windmill; vawt; hawt; vertical; axis; horizontal; turbine; homemade; make; home; made; dc; motor; cheap; energy; power; wind power; wind energy; wind electricity; wind generator; generator; save; saver; saving; electricity; free; generate; produce; how to; instructions; guide; ebook; electric; plans; bill; reduce; lower; costs; money; renewable; green; house
The Clean Green Stream Machine is made in Oregon and distributed world-wide by Kunert Electric. Eco-friendly sustainability. This unit has a 1500 watt max. DC continuous heavy duty alternator. Host: Jon “Dr. J” Birk jon@kunert-1.com Kunert Electric Roseburg, Oregon www.kunert-1.com
Wind turbines generate electricity through magnetic induction. The blades turn a rotor lined with magnets through copper coils, thus generating voltage. The question is WHAT determines the power output. If the wind is constant, is it the strength of the magnets? Or the length of the copper wire in the coils? Any way a lay-person can figure this out and come up with reasonable voltages expected?