MAGNET POWER PLANT POWER

Magnet Power Station
Ø Introduction
Magnets are an important part of a power generation system, regardless of the source of hydroelectric power, hydroelectricity, steam power plants, wind power, and some types Other power plants. Probably only solar power plants and power plants from fuel cells that do not use magnetic components in their generation systems, because electricity is directly generated through physical and chemical processes in the materials it uses.
The magnet in a generator system is in the generator part, where it can generate electricity by rotation along with turbine rotation with the help of energy sources such as potential energy of water, wind, steam, and so on. But it turns out the magnet can also be a source of propulsion energy for the generator itself.
Ø Tools and Materials
- 8 round seed magnets (as rotor)
- Magnet (former speaker) 1 seed (as Stator)
- Children Toys (as a magnetic wheel)
- Wood to taste
- 1 LED lamp
- Coil wire to taste
- Dynamo / generator 1 piece
- Scissor
- Glue


Ø How it Works
Magnetic power plants have a fairly simple working principle, utilizing forces from opposite magnetic flux directions as energy sources that can make other magnets move. If the opposite magnetic flux is composed of multiple magnets such that magnets in the former speakers are brought close to the attached magnets they will trigger the movement of other magnets serving as the rotor. Then from this part of the rotor can be connected with the part of the other magnet that serves as a generator. From the generator that starts working (spinning) it will generate electrical energy that will cause the LED light will light up.
Ø Constraints
There are several obstacles in this research about free energy generator, among them are:
1. It is still difficult to find a magnet that is relatively small and lightweight, but has a very strong magnetic flux power. Even if there is, the price is very expensive.
2. The absence of a monopole magnet, to obtain optimal rotation, in our group instead uses a round magnet as its rotor which is difficult to determine the direction of the same magnetic pole as the other. Because based on the theory, the magnet used must be monopole.
3. The power generated is still small so it is not effective for large scale power plants.
Ø Benefits
Although it has a lot of obstacles, this magnetic power plant if successful, it will result in benefits, including:
1. Getting free flow of electricity continuously and stable.
2. Environmentally friendly and does not generate gas and chemical emissions.
3. Can be operated in very cold or very hot conditions, both inside and outside the room.
4. The shape is small and easy to make.
5. It almost does not require care.
6. It is suitable for traveling such as camping to areas that are difficult to get electricity, although suitable also for use as a source of electrical lighting at home. This idea can also be used as a fan without electrical energy