Perpetual Motion Magnet Motor
The growing population on earth is also an implication that mankind will consume more and more energy, bringing us to a serious dilemma – In time, the earth will no longer be able to sustain what mankind needs in terms of power. For this reason, people are always looking for alternative ways to harness energy aside from the fossil fuels that can be found on earth but are gradually depleting. Rising concerns over energy security, global warming, and eventual fossil fuel depletion led to an expansion of interest in all available forms of alternative energy. Two of the most popular alternative energy sources today are the sun and the wind. But the new source of energy that is currently rising in popularity comes from perpetual motion magnet motors.
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The term perpetual motion, taken literally, refers to movement that goes on forever. However, the term more commonly refers to any device or system that perpetually or indefinitely produces more energy than it consumes, resulting in a net output of energy for an indefinite period of time. The term may be a bit misleading because technically, nothing about the laws of thermodynamics prohibits something from moving forever, and the point of building a perpetual motion machine is typically not just to get something to stay in motion, but also to do work of some sort like propelling a vehicle or running a computer.
A perpetual motion energy motor is a device that is so powerful that it can provide energy to an entire house because it can power up to 7,000 watts. It is a device used as an alternative for power source by converting energy into electricity. The only reason that these power motors are called perpetual is because they can run up to 400 years. In reality, no individual can live that long. This is why the meaning of the name is taken into context and not in its literal sense.
The way it works is through the properties of a magnet. The fundamental law of magnets is that opposite poles attract and like poles repel. What this motor does is to have some sort of dual attraction. There are three magnets involved in which the third magnet pulls the different sides of the other two. These repelling and attracting forces generate rotational motion inside an electric permanent magnet motor.
In today’s modern world, electric motors make use of electrical energy to produce mechanical energy, nearly always by the interaction of magnetic fields and current-carrying conductors.
