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Generator darmowego prądu elektrycznego.

The magnetic motor theory presented utilizes the idea of constant attractive/repulsive effects to create torque in a gear-like fashion which is similar to an AC motor. Energy is conserved by a resonant speed that is conserving momentum and energy by creating motion of the rotor and stators. When the system is not moving the attractive fields hold the rotor in place. When the rotor is given an initial speed, the kinetic energy plus the magnetic field energy is creating a resonant velocity. Thus the movement of the particles associated with the fields of the magnets, are conserving the constant kinetic and magnetic energies because they become part of the magnetic fields linking up from rotor to stator. This means that the coefficient of performance is very high.

Progress of Models and Prototypes. I have built a small opertional model. It uses 8 ceramic magnets 0.5" thick (x) 1" width (x) 2" length. They are glued around the periphery of a 7" grinding disc (makes a good flywheel). Eight 3/8 bolts (coil cores) are positioned head first under and along the radial center lines of the ceramic magnets at a radius of 3.9375". That makes a 7.875" diameter. These bolts are wound with a total of 2 lbs. or 23 gage magnetic wire in sufficient thickness so as to allow 12 volts to produce enough magnetism to counter the magnets' attraction to the bolt heads. 633.7 ft./lb. so two pounds has 1267.4 feet and each coil has 158.425 feet of wire. They are wound through a bolt shank length of 58mm or 2.28"

Motor specs used/derived in/through calculations:

HORSEPOWER = .042 hp
   WATTS CONSUMED =     9 watts (circuit energized 50% of time)
WATTS PRODUCED =    26 watts
EFFICIENCY =   347 %
VOLTAGE =    12 volts
RESISTANCE =     8 ohms
CURRENT =   1.5 amps
RPM =   300 rpm
TORQUE = .737 ft/lb
(eight pulses per revolution)
ARM LENGTH = .328 feet
   ARM FORCE = 2.247 lb.

AC Electricity Electricity from an alternator is produced by a magnet rotating near coils of wire. The magnet produces a magnetic field between its two ends, which are called poles. The poles are named the north pole and the south pole. As each alternate pole sweeps past a coil of wire electricity is induced into the coil in opposite directions, and the electricity flows back and forth from the coil through the circuit. The electricity moves alternately in each direction, so this flow is called alternating current (AC). Alternators inherently generate AC electricity. A simple AC electric circuit using an alternator looks like this:

Long story short, each time energy converts from one state to another, some of it gets lost during the process of transformation. In this case, the generator has resistance inside its windings that get warm when operating. You can loose as much as 20% of your energy due to this effect. As energy travels from your generator into your battery you have two more sources of lost power. More resistance losses in connectors and wiring, and heat loss in the battery you are charging. As much as 3 to 15% of your energy can get lost during the battery charging step. The next set of energy losses would occur between your battery and your electric motor that is driving the generator. Again you have heat related losses in the wiring to the electric motor that can amount to 1% to 5% . And then the windings in the electric motor also experience energy loss due to resistance in the wire coils.

Building your own alternative energy generator solutions requires effort in mechanical design and electrical design. The two combined allow you to harness energy and convert it from one state to another. Remember, energy can't be created or destroyed, just changed from one form to another. Key design points that should be at the top of your list are: Efficiency of your power generator. (Determined by power out / power in x 100) Note that if you get a value over 100% then you should patent your invention and get ready to spend Millions of $ because no one has done this yet. How to mount the generator to a solid structure so it will not move during power generation? How to store energy from your generator (Battery, Capacitor, compressed air, water pumped to a high up tank, high speed flywheel) How to use the energy from your generator (What voltages and currents and wire / fuse sizes) How to dissipate heat from your generator windings Picking a generator that will last as long as possible. (Brush vs. Brushless, ball bearing vs. brash bushing bearing) Making a generator that will not be annoying to look at or listen too, safe, no pinch points for hand & fingers & clothes to get caught and damaged. MOST COMMON QUESTIONS FAQ ON HOW TO BUILD YOUR OWN GENERATOR SYSTEM "Why can't I save energy to a battery and have it feed back to a motor to drive my generator? " ANSWER: If you want to learn more about this topic use the search term: "History of perpetual motion machines".