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120-240 volt generator

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AC electricity is generated by exposing coils of wire to a  magnetic field.
There are two general methods of designing a generator:
Method 1: small generator, has two magnets on either side of a inner coil that rotates.

Method 2: Larger generators require electromagnets to produce enough magnetic field.
For example the generator at a power plant uses electromagnets
The electro magnet is connected to the center turbine that rotates inside outer coils. The turbine can be steam-powered, or powered by wind or falling water.
This means electricity is needed to supply the electromagnet in the center of the generator
How do they get it started? Where do they get electricity for the Type 2 generator? Usually the the generation plants are connected to each other across an entire region so power can be drawn from another plant to start the generators. A major blackout on the east coast in late 20th century cascaded across the region, kocking all generating plants offline, and causing a delimma how to get them started again. It is generally felt that twenty-first century grid will prevent similar problem, except the grid has not been exposed to a giant solar storm. So the grid and every electronic device is awaiting that event.
A power plant consumes up to 25% of it's own generation.

So how do they get it started in the first place?
Type 1 generators, using a magnet, are used to provide electricity to increasingly larger Type 2 generators.
Magnetc fields are are the root of AC electric generator.
120-240 volt generator
Image shows electro magnet on inside and coils on outside.
Small generators, magnets can be on outside and coil on inside.

At some level of power generation, you must have electromagnet.
But to to start the generator, you need get electricity for the electromagnet. To solve problem, they use progressively smaller generators until you get electricity using simple magnet and not electromagnet

120-240 volt generator

120-240 volt generator has 3 coils. A center coil that rotates. Two outer coils that sit 180 across from each other.
The center coil is electromagnet with North and South poles that rotates 60 times per second.
Each time the center coil passes Coil 1, it creates a pulse of electricity on Line 1.
Electricity is the flow of electrons across the surface of a conductor. Wire is one type of conductor.
Each time the North pole of center magnet passes Coil 1, the flow of electrons on Line 1 goes one direction. Then when the South pole of magnet passes Coil 1, the flow of electrons on Line 1 reverses and goes the other direction. This is called AC or alternating current. Up and down the length of the conductor, the electrons continually move on Line 1.
The voltage on Line 1 rises and falls as the magnet passes and the electrons slow down, stop and then reverse direction. When the electrons come to a stop the voltage is zero. And then the electrons reverse direction and voltage goes up again.
Yes, electricity actually changes direction with AC power, or rather the currecnt of electrons change direction, since, we actually don't know what electricity is.
At two points in each rotation cycle, the voltage drops down to zero, and then the voltage goes up again. Up and down the voltage rises and falls.. However the average voltage is above 0, and the generator rotates so quickly (50-60 rps) that the up-and-down voltage is not seen, and only average voltage matters. The average is 120 volt by design of the generator... and Line 1 tests 120 volt to ground at all times. Line 2 also tests 120 volt to ground at all times. Testing Line 1 to Line 2 shows 240 volt potential.
Neutral wire carries no voltage. Grounding for the generator is supplied by connection to the ground busbar located in main breaker box, or by installing a ground rod and making a ground connection. Grounds and Neutrals are separate, but must be bonded (connected) together.

Coil 1 and Coil 2 are out of phase with each other, so Coil 1 and Coil 2 produce a reverse flow of electrons from each other. When electrons on Line 1 are flowing away from Coil 1 toward the house, at the same time, electrons on Line 2 are flowing toward Coil 2 and toward the generator.

Generator must have a balanced Load. What that means is that Line 1 and Line 2 must supply the same amount of wattage as each other. So if you have 100 watt bulb connected to Line 1, then you need 100 watt bulb connected to Line 2.
You cannot run 1000 watts on Line 1 and 0 watts on Line 2, or the generator will overheat.
Calculate the wattage of each circuit by looking at appliance labels, and using the basic formula Volts x Amps = Watts.
Balanced loads apply only to the 120 volt circuits. When connecting 240 volt, the load is aromatically balanced, because the same wattage is pulled from each Line.
Figure volts amps watts
How to wire 240 volt outlets
What is electricity
generator 120 and 240 volt generators are used for homes and construction businesses etc
Check the total wattage output, portability vs need
If you are connecting the power to you household electric panel, you MUST turn off main breaker and disconnect from power company service ... or use a transfer switch.

Generators at Amazon
30 Amp Generator Transfer Switch Kit Transfer switch
Purpose is to switch power off on specific breakers when you connecting generator to household breaker panel

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Figure volts amps watts
How to wire 240 volt outlets
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