How To Build A Generator From Scratch

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How To Build A Generator From Scratch

The emergence of practical and easy-to-follow electric generator building is based on its simple concept that an electric current can be generated from a magnetic field's deviation from a loop of wire. It is also known that electric generators are referred to as "energy converters" due to their capability to convert kinetic or heat energy into electrical energy.

With this promising information, many people have shown interest and became part of the community that believes in ecologically sustainable energy supply that can be made from scratch. If you are one of those people who are interested in learning how to build a generator from scratch, then this is the time that you involve yourself and immerse in the knowledge shared by inventors and developers of this friendly technology.

Most of the people in this field of interest would want to learn and try, but it is the first step that is very crucial- research the pertinent information on how to build a generator from scratch. You will find inventions, write-ups and pending patents of developed energy-giving machines that promise reduced electric bill to free electricity for life.


* If you are interested on how to build a generator from scratch, the following are the basic components that you will need:

(1) Your source of energy

You need to determine your source of energy which will be converted into electricity. Use an energy source that has a revolving axle such as a windmill, water wheel or a stationary bike.

(2) Coiled wire

Coil a substantial length of wire in order to produce a good amount of loop, and make sure that there are 2 accessible ends. As a rule of thumb- the more wire loops your generator has, the more electricity it can produce.

(3) Connect to your energy source

Rotate the wire ends without twisting the connecting wires. Connect one of the ends to the rotating axle and the other to a conducting brush that is constantly in contact with another conductor.

(4) Reinforce your wire loop

The moving parts of your energy source should not interfere with the wire loop. You can achieve this by reinforcing and supporting it with a sturdy and non-conductive material.

(5) Arrange the magnets around your wire loop

Arrange the magnets properly in such a way that the wire loop can freely rotate between them. Make sure that the north end of one magnet meets the south end of another magnet to maximize on the field strength.

(6) Attach your conductors

You should attach your electrical conductors to a device, battery or circuit. In this case, if you're not sure of what to do, you may hire a technician to do it for you.

(7) Activate your energy source

Activating your energy source will depend on your material. If it needs to be pedalled, churned or rotated, then do so in order for it to generate energy.

* Some key points:

- This type of electronic generator generates alternating current [AC] electricity which has a frequency determined by the rate of the revolution of the wire loop.

- Make sure that the voltage level and interface [circuitry] requirement is met prior to connecting the electric generator to any device or battery.

- Electric voltage usually depend on the magnetic field's strength, size, speed and number of wire revolutions, and quality of connections

- Watch out for short circuits because these are not welcome. Keep the wire loop's ends as the sole electrical connection.

- Voltage will also depend on how the generator was built.

- Always observe safety and caution whenever you are dealing with electrical connections and live devices.


If you are one of the regular folks who wish to learn how to build a generator from scratch, then Magniwork could be for you. Magniwork has captured the concept of how electro magnetic generators work. It is also an alternative energy source that can help regular folks solve their electricity expenses by possibly reducing 50% and more from their monthly bills. Magniwork uses magnetic field to run itself and to generate energy that is converted into electricity. This type of energy-generation is considered cost-effective, safe and self-sufficient, which make it appropriate for use in the home or in small establishments.

Official Magniwork Website
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